M418567 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種親水鞋之防滑鞋 對習知運用於溯溪、磯釣或漁撈 _ 主要是針 底設製上，可能存在之脫膠、 =親水用鞋在其鞋 而設作的改良結構，經由其結構之二;易磨損等缺失 昇鞋底與鞋㈣結合穩@性，’不但得以提 ，使其更具產業利用性與實用價值者。予更佳之止滑效能 【先前技術】 煆社從爭溯溪 巩楝耮等活動時， 石塊或海邊的消波塊長期浸潰水巾 吳底 導致μ…^ 易附生青苔或藉類， 導致㈣其上時，很容易打滑而造成重心不穩、滑倒· · •等安全疑慮，是以必須穿著湖溪鞋、長筒膠鞋、雨轨、 連身工作服等專用Μ (統稱親水用鞋）或裝備，利用其鞋 底的防滑結構設計’可增加其踩踏時之磨擦阻力，以減 不慎滑倒之機率。 '$ 而在此類親水用鞋的料上，主要是於鞋底組設結合 -片採菜瓜布或不織布等磨擦阻力較大的材f製成的鞋底 ’而在此類鞋底與鞋體的結合丨，一<係採膠合方式進行 黏結，利用該等菜瓜布或不織布等材質的非平滑表面，可 以取得較大的磨擦力，令其踩踏、行走時具有適當的止滑 效果，達成預期之防滑功能。 惟，此類親水用鞋在其鞋底的結構設計上，乃存在有 以下缺失： M418567 1)因其鞋底係採菜瓜布或不織布等材，直 結構較為鬆散而不密實，所以運用在鞋底方面雖可達到預 期的止滑效果，㈣卩有容㈣損的缺失其耐穿性差。 〜（2)由於其鞋底係呈平面狀，雖其結構粗糙而可獲 ^較大的磨擦阻力，以賦予適當的止滑絲，但其止滑功 會又到被境的影響而有所差異，尤其是踩踏於體積較大M418567 V. New description: [New technical field] This creation is about a kind of hydrophilic shoes. The anti-skid shoes are used in the upstream, fishing or fishing _ mainly on the bottom of the needle, there may be degumming, = The improved structure of the hydrophilic shoes in its shoes, through its structure 2; easy to wear and other missing the soles and shoes (four) combined stability @性, 'not only to mention, making it more industrial use and practical value. For better anti-slip performance [prior art] When the society is arguing from the activities of the river, such as Gong Li, the stone block or the seaside wave block is soaked in the water towel for a long time, causing μ...^ to be attached to the moss or borrowed, resulting in (4) When it is on, it is easy to slip and cause the center of gravity to be unstable, slipping, and other safety concerns. It is necessary to wear special shoes such as Huxi shoes, long rubber shoes, rain rails, and overalls (collectively referred to as hydrophilic shoes) or The equipment, using the anti-slip structure design of its soles, can increase the friction resistance when it is stepped on, in order to reduce the chance of accidental slipping. '$ In the material of such hydrophilic shoes, the sole is composed of a combination of a sole-collected melon cloth or a non-woven fabric and the like, and the sole is made of a material with a large frictional resistance.丨,一<Gluing by means of gluing, using these non-smooth surfaces such as melon cloth or non-woven fabrics, a large frictional force can be obtained, so that it has an appropriate anti-slip effect when stepping on and walking, achieving the desired Non-slip function. However, such hydrophilic shoes have the following defects in the structural design of the sole: M418567 1) Because the sole is made of melon cloth or non-woven fabric, the straight structure is loose and not dense, so it is used in the sole. The expected slip-resistance effect can be achieved, and (4) the loss of the capacity (four) loss is poor. ~ (2) Because the sole is flat, although its structure is rough, it can obtain a large frictional resistance to give appropriate anti-slip wire, but its anti-sliding work will be affected by the influence of the environment. Especially stepping on a larger volume
，石塊或4波塊、防波堤等環境時，其抓地力明顯不足， 嚴重影響其防滑效能。 (3 )因其係採膠合方式黏結鞋底於鞋體，其膠合剖 位僅及於鞋底與鞋體接觸的平面介面部位，加上其鞋底的 、料偏硬在點合於鞋底後不耐彎曲，所以在穿著一段時 間後’很容易產生脫膠現象^ ’ 、之即以現有親水用鞋的防滑鞋底結構而言，尚 存在有諸夕未盡完善之缺失，實有必要設法加以解決改盖 者。 ° 籲 【新型内容】 有鑑於現有親水鞋在鞋底設計上所存在之問題與缺失 ’創作人特著手進行研究改良，基於其從事相關行業之多 年經驗與技術，進而研創出本創作之防滑鞋底結構，即其 的係在於經由結構之組成設計，使其在鞋底與鞋體 的結合上獲得更穩固的結合效$，且較不易有麟之問題 ，俾能有效提昇其穿著壽命者。 本創作之另一目的係在於經由結構之組成設計，使其 在取彳于鞋底與鞋體的更穩固結合關係外，更得以增進其整 5 M418567 體的抓地力，以提昇其踩踏及行走的穩定性，賦予更佳 • 穿著實用性者。 為達前揭目的’本創作於結構設計上，係在於鞋底的 預定部位規劃製設有規則或不規則型態之鏤空槽，並配人 於鞋體底部規劃成型對應契合之凸塊，使鞋底結合於鞋^ - 底部時，得令鞋體底部的凸塊通過鞋底的鏤空槽而呈微凸 . 顯露狀，據此不但可取得更穩固之嵌結定位效果，並沪使 麵鞋底具有適當之曲張變形裕度，從而可有效改善習知脫膠 問題，且因鞋體底部凸塊略微凸出鞋底表面，所以可增進 其止滑抓地力，更能避免鞋底過速磨損，有 = 類產品所存在及可能衍生之諸多問題與缺失 產業利用性與實用價值者。 【實施方式】 有關於本創作之結構組成、技術手段及功效達成方面 ，謹配合圖式再予舉例進一步具體說明於后： 験首先，請參閱第1、2圖之結構示意圖、第3圖之妹 構分解示意圖及第4、5圖之結構關係示意圖，說明树 明之-較佳實施例，如圖所示，其主要是採菜瓜布或不織 布等磨擦阻力較大的材質製成鞋底（10)，其鞋底（1 0)係依鞋體（2 〇)的底部型態而設製，於前述鞋底（ 1〇)的預定部位規劃製設有規則或不規則型態之鐘空槽 (11)同時於其鞋體（20)的底部亦規劃成型有對 應契合之凸塊（21)，且其凸塊（21)的高度乃略大 於鞋底（1 〇)的厚度，藉以在鞋底（1 0)與鞋體（2 6 M418567 ◦)進行膠合黏結作業時，乃 (21)通過鞋底（1〇：) )底部的凸塊 ®、丄υ〕的鏤空槽（ 定位效果，並使凸塊（21) 取侍嵌結 现U 1 )的端面略呈微凸 在其膠合作業上，其膠劑除了塗佈於鞋底’且 (20)底部的接觸面外，更抬與鞋體 槽(⑴的接觸介面，或::===鏤空 設成型後，再置入模具内進行鞋體（20)的射出成2 業辑代膠合之方式（此—製造方式非為本創作標^ = ’使其鞋體（2〇)的成型材料得以流通於鞋 底（10)預設的鎮空槽（11)而成型凸塊（21)狀 ，據此構成本創作之一較佳實施型態； 經由上揭結構組成設計，利用鞋底（1〇)之鏤空槽 (11)搭配鞋體（2〇)底部之凸塊（21)設計，使 其可取得多向性的結合與限位效果，同時經由該等鎮空槽 ，（1 1 )的設製而使其鞋底（丄0)具有較佳之曲張變形 裕度，賦何彎折效能’是以可有效避免其發生脫膠之問 題’以延長其穿著壽命，另方面因其鞋體（20)底部所 成型的凸塊（2 1 )乃略微凸出鞋底（工〇)的表面，所 以可增加其抓地力與止滑效果，大幅提昇其防滑效能，令 其踩踏及行走於各種地形時，得有效避免不慎滑倒的安全 疑慮，且可避免鞋底（1 0)與各種地形產生大面積之直 接接觸磨擦，可避免鞋底（1 0 )過速磨損，大幅提昇其 整體之實用價值； 次’請參閲第6、7圖之結構示意圖、第8圖之結構 7 M418567 t解示意圖及地9、1Q圖之結構關係示意圖，說明本發 ==實施例’如圖所示，其主要是於菜瓜布或不 材質製成的鞋底（10)上規劃有預定型態之規則 或不規則的鏤空槽（i丄） 設有預定數目之㈣（12)，並：頂= 略微突顯於*底⑴），而在;3趙 的= 型態之凸塊（21)，令其得以採膠合方式 鞋：（1〇)與鞋體（20)，或者得將鞋底（1〇 具内進行鞋體（2Q)的射出成型而完成鞋體（ :鞋底（1 0)的一體結合效果，構成本創作之另 一争乂佳實施型態，利用鞋底f •體⑴)的凸 ==鏤空槽(11)配 , 鬼^丄），不但可取得更穩固之嵌 、，-口疋位效果，同時使鞋底f Ί η、 鞋底（1 0)具有適當之曲張變形裕 二’從而可有效改善習知脫膠問題，同時因鞋體（2〇) 氏部凸塊（2 1 )略微凸出鞋底（丄〇 )表 I)佈設之針體⑴）的設計，可以有效地增進其整體 予：：地力：並能避免鞋底（10)過速磨損，從而能賦 產&丨之穿者實用價值及大幅延長其穿著壽命，達極佳之 產業利用價值； 另請配合參閲第12、12圖之實施狀態參考圖，如 I創作之防滑鞋底，除了實施於前述雨勒型之防 月外’亦可實施於一般潛水布材質製成的淘溪鞋或膝鞋 卜鞋tb等親水用鞋，甚至可運用於—般漁榜作業之連 作服的鞋體防滑方面，利用其鞋底（1 0)之鏤空槽 lvl^i8567 • 搭組鞋體（1 0)底部凸塊之設計，有效提昇其結合穩固 ^'生’並能賦予更佳之止滑抓地性，徹底解決習知同類產品 所存在之問題與缺失； 歸納以上說明，可知本創作之防滑鞋底結構乃具備有 以下優點： 、 • ( 1 )因鞋底與鞋體的膠合黏結上，乃進一步透過鞋 . 底預製的鏤空槽配合鞋體底部相對契合的凸塊取得嵌結定 • 位效果，所以可取得更為穩固的結合效果，有效避免脫膠 問題的發生； (2)因其鞋底規劃製設有規則或不規則的鏤空槽來 取得與鞋體的穩固結合關係，另方面則可於賦予其鞋底具 有較佳之曲張變形裕度，使其更耐彎曲，從而能增進其行 走及穿著之舒適性； (3 )因其鞋體底部的凸塊高度略大於鞋底厚度，所 以在其組製結合上，將使凸塊端面略微凸出鞋底表面，是 • 以在踩踏及行走時不致使鞋底與地面全面接觸，所以可以 '有效避免鞋底過速磨損，大幅提昇其耐磨性及穿著壽命； (4 )因鞋體底部製設之凸塊乃略微凸出鞋底，且呈 分離佈製於鞋體底面’所以在踩踏或行走時，乃與地面呈 非全面性接觸’加上其材質身的耐磨性及抓地力特性，特 能大幅提昇其抓地力與止滑效果，有效預防不慎滑倒之虞 ，從而能賦予其極佳之穿著安全性與實用性； 综上所述，本創作所研創之防滑鞋底結構在運用於溯 溪、機釣或漁撈作業等用途的各類親水用鞋方面，除了利 9 M418567 用菜瓜布或不織布等材質製成的鞋底來達成預期的止滑功 能外，更進一步經由其鞋底鏤空槽搭配鞋體底部凸塊之規 劃製設，使其得以取得更穩固的結合關係，並賦予其鞋底 具較佳之曲張變形裕度，有效改善習知同類物品穿著一段 時間所易衍生的脫膠問題，同時可以提昇其抓地力與耐磨 性大幅延長其穿著壽命與安全性，整體而言，確深具產 業利用型與實用價值，誠不失為—優異、突出之創新設計 ’麦依法提出專利申請。 【圖式簡單說明】 ，1圖·係本創作較佳實施例之結構示意圖。 第2圖係、本創乍較佳實施例另一視向之結構示意圖。 第3圖.係本創作車交佳實施例之結構分解示意圖。 第4圖.係本創作較佳實施例之平面結構關係示意圖。 第5圖係、本創作較佳實施例之剖視結構關係示意圖。 第6圖係、本創作另—較佳實施例之結構示意圖。 第7圖係本創作另—較佳實施例另-視向之結構示意圖 第8圖 第9圖 係本創作另一較佳實施例之結構分解示意圖。 係本創作另一較佳實施例之平面結構關係示意圖 第10圖：係本創作另 一較佳實施例之刮視結構關係示意圖 第11圖.係本創你拓 ^ ftrn . 乍再一較佳實施例之實施狀態參考圖。 弟12圖.係本創作 下又一較佳實施例之實施狀態參考圖。 M418567 【主要元件符號說明】 (10)鞋底 (12)釘體 (21)凸塊 (1 1 )鏤空槽 (2 0 )鞋體When the stone or the four-wave block or the breakwater is in an environment, the grip is obviously insufficient, which seriously affects the anti-skid performance. (3) Because the gluing method is used to bond the sole to the shoe body, the gluing position is only the flat interface part of the sole and the shoe body, and the sole is harder to bend after being attached to the sole. Therefore, after wearing for a period of time, it is easy to produce degumming phenomenon ^, that is, in the anti-slip sole structure of the existing hydrophilic shoes, there is still a lack of perfection of the eve, and it is necessary to try to solve the problem. . ° [New content] In view of the problems and shortcomings of the existing hydrophilic shoes in the sole design, the creators have made research and improvement, based on their years of experience and technology in related industries, and then researched and created the non-slip sole structure of the creation. That is, it is designed according to the composition of the structure, so that it can obtain a more stable combination effect on the combination of the sole and the shoe body, and is less prone to the problem of the lining, and can effectively improve the wearing life of the person. Another purpose of this creation is to design the structure to make it more securely combined with the sole and the shoe body, and to enhance the grip of the whole 5 M418567 body to enhance its pedaling and walking. Stability, better for you • Wear practical. In order to achieve the goal of the front, the original design of the original design is based on the predetermined part of the sole to be equipped with a regular or irregular type of hollow groove, and is equipped with a corresponding fitting bump at the bottom of the shoe body to make the sole When combined with the bottom of the shoe ^ - the bottom of the shoe body can be slightly convex through the hollow groove of the sole. It can be used to obtain a more stable positioning effect, and the Shanghai sole has a suitable sole. The varicose deformation margin can effectively improve the conventional degumming problem, and the bottom bump of the shoe body slightly protrudes from the sole surface, so that the slip-slip grip can be improved, and the sole wear resistance can be avoided, and the product is present. And many problems that may arise and those who lack industrial applicability and practical value. [Embodiment] Regarding the structural composition, technical means and efficacy of this creation, we will further elaborate on the following with the following examples: 験 First, please refer to the structure diagrams of Figures 1 and 2, and Figure 3 Schematic diagram of the decomposition of the sister structure and the structural relationship of the fourth and fifth figures, illustrating a preferred embodiment, as shown in the figure, which is mainly made of a material having a large friction resistance such as picking melon cloth or non-woven fabric (10). The sole (10) is designed according to the bottom shape of the shoe body (2 〇), and a regular or irregular type of bell vacant (11) is planned at a predetermined portion of the aforementioned sole (1 〇). At the same time, at the bottom of the shoe body (20), a corresponding fitting bump (21) is also planned, and the height of the bump (21) is slightly larger than the thickness of the sole (1 〇), so that the sole (10) When gluing and bonding with the shoe body (2 6 M418567 ◦), it is (21) through the bottom of the sole (1〇:)), the undercut of the bumps, 丄υ] (positioning effect, and make the bumps (21) The end face of the U 1 ) is slightly convex in the glue industry, and the glue is coated except Outside the contact surface of the sole 'and the bottom of the (20), the contact surface of the shoe body groove ((1) is lifted, or::=== 镂 设, then placed into the mold to shoot the shoe body (20) Into the 2 industry, the way of gluing (this method of manufacturing is not the original design ^ = 'Made the body of the shoe (2 〇) molding material can be circulated in the sole (10) pre-set empty groove (11) The shape of the bump (21) constitutes a preferred embodiment of the present invention; the design of the upper structure is utilized, and the hollow groove (11) of the sole (1) is used to match the bump at the bottom of the shoe body (2〇) (21) Design, so that it can achieve the combination of multi-directionality and limit effect, and at the same time, through the design of the hollow groove, (1 1 ), the sole (丄0) has a better variability of deformation. What is the bending performance is to effectively avoid the problem of degumming to prolong its wearing life, and the bump (2 1 ) formed by the bottom of the shoe body (20) is slightly protruding from the sole (worker) ), so it can increase its grip and anti-slip effect, greatly improving its anti-skid performance, allowing it to step on and walk on various terrains. It can effectively avoid the safety concerns of accidental slipping, and can avoid the direct contact friction between the sole (10) and various terrains, avoiding excessive wear of the sole (10) and greatly improving the overall practical value of the sole; 'Please refer to the structure diagrams of Figures 6 and 7, the structure of Figure 8 M418567 t solution diagram and the structure diagram of the ground 9 and 1Q diagrams, indicating that the present invention == embodiment as shown in the figure, which is mainly A predetermined pattern or irregular hollow groove (i丄) is planned on a sole (10) made of a melon cloth or a non-material, and a predetermined number of (4) (12) is provided, and the top = slightly protruded from the bottom (1)), and in; 3 Zhao's = type of bump (21), so that it can be glued to the shoes: (1〇) and the shoe body (20), or the sole (1) inside the shoe body (2Q) injection molding to complete the shoe body (: sole (10) integrated effect, constitutes another contending implementation of this creation, using the sole f = body (1)) convex == hollow slot (11 ), with ghosts, 不), not only can achieve a more stable embedded, - mouth position effect, while making the sole f Ί η, sole (1 0) has the appropriate varicose deformation 二2' to effectively improve the conventional degumming problem, and at the same time, because the shoe body (2〇) cleat (2 1 ) slightly protrudes from the sole (丄〇) Table I) The design of the body (1)) can effectively enhance the overall:: ground force: and can avoid the excessive wear of the sole (10), which can produce the practical value of the wearer and the wearer's life. The value of the industry's use; please also refer to the implementation status reference picture of Figures 12 and 12, such as the anti-slip sole created by I, in addition to the above-mentioned rain-type anti-moon, can also be implemented in general diving cloth material The shoes of Taoxi shoes or knee shoes, tb and other hydrophilic shoes, can even be used in the shoe-slip aspect of the continuous cropping service, using the soles of the soles (10) lvl^i8567 • Group shoes The design of the bottom bump of the body (10) effectively enhances its combination and stabilizes the 'sports' and gives better slip-slip grip, completely solving the problems and defects of the similar products of the same kind; The non-slip sole structure is created with the following Advantages: • (1) Because the sole and the shoe body are glued and bonded, it is further penetrated through the shoe. The bottom prefabricated hollow groove is matched with the convex part of the bottom of the shoe body to obtain the inset and set effect, so it can be more stable. The combination effect effectively avoids the occurrence of degumming problems; (2) because of the sole or irregular hollow groove of the sole planning system to obtain a firm coupling relationship with the shoe body, and the other aspect can give the sole a better varicose piece The deformation margin makes it more resistant to bending, which can improve the comfort of walking and wearing; (3) because the height of the bump at the bottom of the shoe body is slightly larger than the thickness of the sole, the bump will be made in the combination of the assembly. The end surface slightly protrudes from the sole surface. It is used to prevent the sole from being in full contact with the ground when stepping on and walking. Therefore, it can effectively prevent the sole from over-wearing and greatly improve its wear resistance and wearing life. (4) Due to the bottom of the shoe body The raised bumps are slightly protruding from the sole and are separated from the bottom surface of the shoe body. Therefore, when stepping on or walking, it is in non-common contact with the ground' plus the wear resistance of the material body and The characteristics of the ground force can greatly improve the grip and anti-slip effect, and effectively prevent the accidental slipping, which can give it excellent wearing safety and practicability. In summary, the anti-slip sole developed by the creative institute The structure is applied to all kinds of hydrophilic shoes used for upstream, machine fishing or fishing operations, in addition to the sole made of melon cloth or non-woven fabric to achieve the desired anti-slip function, further through its The design of the sole hollow groove and the bottom bump of the shoe body enables it to achieve a more stable joint relationship, and gives the sole a better variability of the varicose deformation, effectively improving the degumming of the conventional similar articles worn for a period of time. At the same time, it can improve its grip and wear resistance to greatly extend its wearing life and safety. On the whole, it has deep industrial use and practical value. It is also an excellent and outstanding innovative design. . BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a preferred embodiment of the present invention. Fig. 2 is a schematic view showing the structure of another preferred embodiment of the present invention. Fig. 3 is a schematic exploded view of the embodiment of the present invention. Figure 4 is a schematic diagram showing the relationship of the planar structure of the preferred embodiment of the present invention. Figure 5 is a schematic cross-sectional view showing the relationship between the preferred embodiment of the present invention. Figure 6 is a schematic view showing the structure of the present preferred embodiment. Fig. 7 is a schematic view showing the structure of another preferred embodiment of the present invention. Fig. 8 is a schematic exploded view of another preferred embodiment of the present invention. FIG. 10 is a schematic diagram showing the relationship between the planar structure of another preferred embodiment of the present invention. FIG. 11 is a schematic diagram showing the relationship between the scratched structure of another preferred embodiment of the present invention. The present invention is a ftrn. The implementation state of the embodiment is referred to the figure. Figure 12 is a diagram showing an implementation state of another preferred embodiment of the present invention. M418567 [Key component symbol description] (10) Sole (12) Nail body (21) Bump (1 1 ) Hollow groove (20) Shoe body