1238078 本^明之主要目的提供一種溜冰鞋鞋殼，希藉此設 °十，用以克服習用塑膠射成形成之鞋殼重量、耐衝擊性以 及對腳包覆性不佳等缺點。 為達成前揭目的，本發明所運用之技術手段係令鞋殼 之设底部、殼頭部、殼側部以及殼後跟部主要由數層纖維 布及％氧樹脂複合而成之纖維積層經模具熱壓合塑造而 成，忒鞋殼於其兩側殼側部、殼後跟部之纖維積層間設一 (έ )以上之熱可塑性膠層，該熱可塑性膠層上端外緣 且凸伸出内側之纖維積層外側形成可車縫部。 前述中，相對於熱可塑性膠層之外側纖維積層延伸貼 附固定於熱可塑性膠層外側。 八别述之鞋殼亦可介於殼頭部與兩側殼側部之間，以及 介於兩側殼側部與腳後跟部之間相對於腳踝部等處設置由 外側J數的纖維積層與内側之熱可塑性膠層構成之可彎曲 部。 本發明以前揭技術方案之設計將可達成的功效是，本 發明之鞋殼使用質輕、剛硬的纖維積層模造熱壓合而成， 另於鞋设特疋部位之纖維積層中增設熱可塑性膠層，藉此 複合式構造設計，使其鞋殼具有質輕、耐衝強度佳，且金 腳包覆性良好’同日夺，利用熱可塑性膠層形成之可車縫部 提供鞋面及内套層車縫固定之用，另於鞋殼特定部位設置 可_曲部’提供鞋殼適度的可彎曲彈性，使該鞋殼應用於 而控制性良好之高速滑行溜冰運動之溜冰鞋，可提供一更 具實用性且功能完善優良之鞋殼結構。 1238078 【實施方式】 有關本發明溜冰鞋鞋殼之呈I#眚# y丨 八體實施例，請配合參閱第 一、二圖所示，該鞋殼（X 0 )主要具 閲弟 人們腳上的殼體，該鞋殼（丄（3 )主要呈古 〜 ' 底形狀的殼底部（11)，殼底部（1;1:對應人們腳 彡則端朝上延伸 一可包覆人們腳趾的殼頭部， 鞋戏（1 0 )底部 兩側端相對於殼頭部（丨2)後方依序形成殼側部（^) 及可包覆人們腳後跟之殼後跟部（i 4 )，其 該鞋殼（1 0 )之殼底部（1 1 )、殼頭部中(i 2)、 殼側部（1 3 )以及殼後跟部（1 4 )主I#丄 ^ ^ 4 J王要係由數層纖維 布及環氧樹脂複合而成之纖維積層β、 、 飘乍積層1 1 6 )經模具熱壓合 塑造而成，該鞋殼（1 〇 )於其兩側殼側部（i 3 )、殼 後跟部（1 4 )之纖維積層（i 6 ”曰，具有_層（含）： 上之熱可塑性膠層（17)，該熱可塑性膠層（I?)上 端外緣且凸伸出内側纖維積層（i 6 )外端緣形成可車縫 部（1 5 )，又相對於熱可塑性塑膠層（丄7 )之外側纖 維積層（1 6 )亦可延伸貼附固接於熱可塑性膠層（丄7 ) 外側作為補強。 前述中，該纖維積層（i 6 )之纖維布可為碳纖維布 或其它纖維布材，用以提供質輕及耐衝擊等特性；該熱可 塑性膠層（1 7 )則可為熱可塑性彈性體（Therm〇 piastic Elastomer ; ΤΡΕ);如第三圖所示，該熱可塑性膠層（1 7 )上段亦可以熱可塑性氨基甲酸酯膠布（1 8 ) (Thermo Plastic P〇iyurethane; τρυ)之類的p u彈性體予以取 1238078 圖。 組成溜冰鞋之側 第五圖係本發明鞋殼結合鞋面及冰刀 視平面示意圖。 【主要元件符號說明】 殼底部 殼側部 可車縫部 熱塑性塑膠層 (1 0 )鞋殼 （11) (1 2 )殼頭部 （13) (1 4 )殼後跟部 （15) (1 6 )碳纖維積層 （17) (1 8 )熱可塑性氨基甲酸酯膠布 (1 9 )可彎曲部 (2 0 )鞋面 (3 0 )冰刀 91238078 The main purpose of the present invention is to provide a skate shoe shell, which is designed to overcome the shortcomings such as the weight, impact resistance, and poor covering of the shoe shell formed by conventional plastic injection. In order to achieve the purpose of the previous disclosure, the technical means used in the present invention is to make the bottom layer, the shell head, the shell side and the shell heel of the shoe shell mainly composed of several layers of fiber cloth and% oxygen resin. Molded by thermocompression molding, the shoe shell is provided with one or more thermoplastic rubber layers between the fiber layers on the sides of the shell and the heel of the shell, and the outer edge of the upper end of the thermoplastic rubber layer is convex. The outer side of the fiber stack forms a seamable portion. In the foregoing, the fiber laminate is extended and attached to the outside of the thermoplastic adhesive layer with respect to the outside of the thermoplastic adhesive layer. Eight different types of shoe shells can also be placed between the shell head and the sides of the shell, and between the sides of the shell and the heel, opposite to the ankle, etc. A bendable part made of a thermoplastic adhesive layer on the inside. The design of the previously disclosed technical solution of the present invention can achieve the effect that the shoe shell of the present invention is molded by thermocompression using light and rigid fiber laminates, and the thermoplasticity is added to the fiber laminates of the shoe special features. Adhesive layer, using this composite structure design, to make the shoe shell light weight, good impact strength, and good coverage of the golden feet. On the same day, the upper part and the inner cover are provided by the seam formed by the thermoplastic adhesive layer. It can be used to fix the seam of the double layer, and a special part of the shoe shell can be provided. The “curved part” can provide moderate flexibility of the shoe shell, so that the shoe shell can be applied to high-speed skating skates with good control. A more practical and functional shoe shell structure. 1238078 [Embodiment] Regarding the embodiment of I # I # y 丨 eight-body of the shoe shell of the present invention, please refer to the first and second figures. The shoe shell (X 0) is mainly on the feet of readers. The shell, the shoe shell (丄 (3) mainly has an ancient ~ bottom shape shell bottom (11), the bottom of the shell (1; 1: corresponding to the foot of the person, the end extends upwards, a shell covering the toes of the person The head, the bottom sides of the shoe play (1 0) are opposite to the rear of the shell head (丨 2) in order to form the shell side (^) and the shell heel (i 4) that can cover the heel of the person. The bottom of the shell (1 1), the middle of the shell (i 2), the side of the shell (1 3), and the heel of the shell (1 4). I # 主 ^ ^ 4 J 王 要 系The fiber laminated layer β,, and the floating layer 1 1 6 composed of several layers of fiber cloth and epoxy resin are formed by thermocompression molding of the mold, and the shoe shell (10) is formed on the sides of both sides of the shell (i 3) The fiber laminate (i 6) of the heel portion (1 4) of the shell, which has _ layers (inclusive): a thermoplastic adhesive layer (17) on the upper end of the thermoplastic adhesive layer (I?) And The outer end edge of the inner fiber laminate (i 6) projects convexly The seamable part (1 5) is formed, and the fiber layer (1 6) outside the thermoplastic plastic layer (丄 7) can also be extended and fixed to the outside of the thermoplastic rubber layer (丄 7) for reinforcement. The fiber cloth of the fiber laminate (i 6) may be a carbon fiber cloth or other fiber cloth materials to provide characteristics such as light weight and impact resistance; the thermoplastic adhesive layer (17) may be a thermoplastic elastomer 〇piastic Elastomer; TPE); as shown in the third figure, the upper part of the thermoplastic rubber layer (17) can also be pu such as Thermoplastic Poiyurethane (τρυ). The elastic body is taken from 1238078. The fifth figure of the side constituting the skates is a schematic plan view of the shoe shell combined with the shoe upper and the skate. Shoe shell (11) (1 2) Shell head (13) (1 4) Shell heel (15) (1 6) Carbon fiber laminate (17) (1 8) Thermoplastic urethane tape (1 9) Bendable part (2 0) Upper (3 0) Skate 9