1304727 九、發明說明： 【發明所屬之技術領域】 本發明係關於運動鞋的製造，尤指 開發時程與簡化運 了心運動鞋 程方法。 碟動鞋氣心瓜私的整合性運動鞋殼及其製 【先前技術】 運動鞋係可供人們穿著以從事 Mi m ^ i , π分八谷樣的運動使用， 5的需求而不斷的被改良，1對穿菩# $ w· 觀〃對穿者舒適性、外 中，部分運動鞋（如：溜味鉍、 八 專* 冰鞋）為了維持其表面的外型、 寻業功能以及保護使用者 丨主 適性與外觀等的要匕 對整體的強度、舒 法越來越複則雜，且其鞋體越來越厚重成運動鞋的製程方 而現有運動鞋製程方沐 .^ ^ 作法，-般係將多種：質=要增加運動鞋整體強度的 定，而形成-多層且較大严材;;相互以膠合或縫合方式固 材枓中加入硬質且具固宕 乂退'於 達到古強产、m ώ )狀的材料層（如硬質塑膠）以 崎幻同強度、舒適性與固形的作用。 請參看第七圖所示，复 所製作出來的溜冰鞋體，^ 技術運動鞋製程方法 種材料層，其主要包括有— 口口疋的多 〇)、-硬質塑膠（60)表層面料（4〇)、-介層（5 〇)等，其中： ）、—緩衝層（7cn及—内裡（8 1304727 °亥表層面料（4◦) -般係由多種不易破損的軟質材 料所合成’具外觀功能與質感、並可抵抗磨耗與衝擊； 介層（5 〇 )係由可撓曲的軟質材料所製成，其介於 表層面料（4 G )與硬質㈣（6 Q )之間狀兩者相互 貼附；1304727 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to the manufacture of sports shoes, and more particularly to a development time course and a simplified method of moving a sports shoe. The integrated sports shoe shell of the shoe-moving shoes and the system [previous technology] The sports shoes are available for people to wear for the Mi m ^ i, π-eight-eight-like sports use, and the needs of the 5 are constantly improved. , 1 pair of wearing bodhisattva # $ w · Guanlan for wearer comfort, outside, some sports shoes (such as: slippery miso, eight special * skates) in order to maintain its surface appearance, job search function and protect users丨 适 适 适 与 与 适 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨There will be a variety of general: quality = to increase the overall strength of the sports shoes, and the formation - multi-layer and larger material;; glued or stitched to each other, the solid material is added to the hard and solid to retreat to reach the ancient strong A layer of material (such as a hard plastic) that produces, m, and has the same strength, comfort, and solid shape. Please refer to the figure 7 in the figure, the skate body made by Fu, the technical material of the technical shoe method, which mainly includes: 〇 口 〇 、 、 、 、 、 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬〇), - interlayer (5 〇), etc., where: ), - buffer layer (7cn and - lining (8 1304727 ° hai surface fabric (4 ◦) - the general system is composed of a variety of soft materials that are not easily broken" Appearance function and texture, and can resist wear and impact; The interlayer (5 〇) is made of flexible soft material, which is between the surface fabric (4 G ) and the hard (4) (6 Q ). Attached to each other;
該硬質塑膠（6 〇 ) #且右& 、D u」係具有疋硬度且可裁切分為複 數個獨立部分’其係依昭鞋體雲炎报士、时A 丨了 m…、往遛而衣形成特定的外廓，且具 有一定強度可令鞋體維持固定的形狀及承受衝擊； ,»亥、.爰衝層（7 〇 )係'由具一定厚度的軟質彈性材料所 製成，可用以緩衝鞋體所承受外來的衝擊力量；The hard plastic (6 〇) # and right & , D u" has the hardness of the 且 and can be cut into a plurality of independent parts, which are the sage of the sage of the body, and the time of the A.遛 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成Can be used to cushion the external impact force of the shoe body;
表面， 内裡（8 0)纟有柔軟表面，其係舖設於鞋體内 用以與使用者足部接觸以增加穿著舒適度。 部The inner, inner (80) enamel has a soft surface that is placed in the body of the shoe to contact the user's foot for added comfort. unit
别述各材料層依據欲製作 成特定的形狀與尺寸後，再於 水並相互黏貼固定，令裁切後 完成一溜冰鞋的鞋體。 鞋體的外觀大小，預先裁切 各材料層之間的表面塗佈膠 的各材料層膠合成一體，以 以現有技術之運動鞋贺链士、+ 勒柱I耘方法，確實可以製作具一定 強度及具穿著舒適性的運動 ^ , 建動鞋體。然而，由於其製作過程 中係需裁切及勝合超過七層以上各式軟硬的材質，因而盆 產品零件數目乡、製作流程複雜、人力多、U時長。加 上近幾年來，運動鞋持續追求古 只疋水回強度、高舒適性、與專業 功能性，因而造成運動鞋體 、’ 在1造成本上與在重量上皆呈 現上幵的趨勢。 1304727 ^外’部分運動鞋（如前述溜冰鞋）為了達到更好的防 ^效果，一般會搭配複數須具一定硬度的防護部，如護踵、 、、董鍵邊躁、護臂等，其若運用現有的技術運動鞋製程方 法，則在製作該鞋體時，必須對硬質塑膠（6 〇 )預先 3成數個相對各防護部形狀的物件，最後再將其拼凑並愈 :質層膠合’此亦增加產品零件數目與製造過程的複雜 以改=可知’現有技術的運動鞋體製程方法，實有待加 【發明内容】 1本發明提供-整合性運動鞋殼及其製程方法，可以有 效改善現有技術運動鞋製程方法所面臨的問題與困難^ :運動鞋殼的表面係可抵抗磨損，且具有一定強度而 ^、准持鞋體外型。 C方法係先將運動鞋材料層之中的表層面料， 裁形成所需形狀後，直接置於相對 ==模具(;—一。⑷之中，再《融 式二4匕材料’以肷入射出成形(Insert molding)方 =齊與黏著於表層面料的其中一面，令其凝固之後直接 面料緊密黏結而成一體成型的溜冰鞋殼。 造之述本七月之運動鞋殼可被加以運用於運動鞋體的製 ’其係藉由膠合、麼合、縫合或者其他結合方法或 裡二入直接且簡翠地將運動鞋材料層之中的緩衝層及内 、，，°合於鞋殼的其中-表面上來完成-運動鞋體，如此 1304727 :該運動鞋體直接達到高強度、舒適性與固形效果，而無 需將數種軟硬質材料裁士刀、拼凑以及膠合。 ’，·、 ㈣由上可知’本發明不僅有效簡化了運動鞋體產品零件 的數目與製造的流程，且争被奢咏墙制 造成本、膠水使用量及；!: 時程、減少製 ^ 及所知花費的人力，因而大幅提昇了 王上的簡易性、環保性以及成品的輕便性。 【實施方式】 請參看第一及二圖所 出成形模呈（90):不其係一搭配本發明使用的射 ;、 5亥射出成型模具（9 〇 )包括有— “果（9 1 )及-母模（9 2 )，其中： *該公模（9 1 )中央突出成型有-公模仁（9 ! 〇 )， 4公模仁（9工〇 )係可呈一溜冰鞋鞋體 -球鞋的外型（圖中未 4者呈 有多流道系統㈡"Λ::1)内部設置 接？ 一 m者仓 ），該夕道系統（Θ 1 1 )係連 接至一i澆道進料口（ 9 — 多點嘵口 i q Η、 2 )且母-&道皆有相對應的 )將冷卻可固化材料（如：硬質塑膠、 模（91)表面；）導入…間的間隙中並成型於公 該母模（9 2 )中央相對應 成型有-母模穴（9 2。）η 仁（9 1 0 )凹入 ,,η 2 〇 )’遠母模穴（9 2 0 )盘公桓 仁（9 1 0 )相互配合，其 ’、、 而前述多流道线（9lmH㈣㈣料成形，· 亦可設置於該母模C92)…4道進料口（9 ”） 恢、y 2)内（圓中皆未示）。 1304727 清配合參看第= 法，係先將-表層面::示，本發明之運動鞋殼製程方 直接置於公模仁（9 1) &過剪裁形成適當形狀後， 關閉公模（9 i )與母H母模穴（9 2 0 )之上，再 介於公模仁（9丄 、（9 2 )，令表層面料（1 1 ) 再將… 母模穴（9 2 0 )之間。 再將Μ化的冷卻 膠或軟質橡膠），由n ;4 (如·硬質塑膠、軟質塑 …”流道系：Γ9 Γ)料口（912)注入公模（9 仁（91〇)表面的多…而由公模 洗道進料口注入或者’由母模（”一 八冰道之中，而由母模穴 的多點淹口射出’附著於表層面料 2:)表面 最後等待材料冷卻凝固即可完成。 ）的外表面上， 請參看第四及五圖所示’完成後的鞋殼（，盆 表曰面料（1 1 )表面融合有—層由冷卻可二 :所形成的固化層，因而鞋殼表面耐磨損且具 該鞋殼（1〇)的内表面可以谬固、屬合或 來依序結合—緩衝層（2 0 )及—内裡（3 〇 、，，D方式 -鞋頭、鞋底及冰刀而簡單地完成—溜冰鞋，复中再站附 、該緩衝層（20)係由具有—定厚度的彈暂， 成，可用以緩衝鞋體所受的外來衝擊力. 、所製 1304727 大：鞋殼(1。)形狀及 接觸以増加穿著舒適度面可用以與使用者足部 、再請參看第六圖所示，前述鞋殼（1 0)亦可進-步 運用於球鞋的製作上，其传將鞋q 你將鞋双（1 0)的内表面以膠 *堊口或縫合方式來依序結合緩衝層（2⑹及内裡㈡ 再貼附-鞋頭、鞋底而完成一球鞋，如此，該完成 2球鞋鞋體’即可具有-定強度，可防止變形及保護使 用者的腳趾與腳後跟等足部部位，進而也可達到防水效 果。 “除此之外’本發明之運動鞋殼製程方法亦可進而運用 =搭配運動鞋使用的護踵、護腱、護踩、護臂上，其運用 4僅品依前述步驟，即可6士&目士 /鄉即叮70成而具有一定強度，無須反覆 裁切或膠合硬質塑膠。 综上所述可知，本發明之整合性運動鞋殼及其製程方 法，其:次作業的方式不僅可減少產品零件的數目，且可 更=政簡化運動鞋體製造的流程、縮短製作王日夺，及減少 :需花費的人力’因而大幅提昇了製造上的簡易性及大幅 降低製造成本。 【圖式簡單說明】 第—圖係搭配本發明使用之射出成^莫I分解側視 圖0 第二圖係搭配本發明使用之射出成形模具分解立體 圖 0 1304727 圖 第三圖係搭配本發明使用之射出成 形換具側面剖 視 解立體圖 =圖係運用本發明之運動鞋殼$作而成的海冰鞋 分 第五圖係運用本發明之纟宣t 令货之運動鞋殼製 面剖視圖。 乍而成的/田冰鞋側 第六圖係運用本發明之運 立體圖。 < 製作而成的球鞋分解 第七圖係運用現有技術之 溜冰鞋分解立體圖。 鞋製程方法製作而成的 鲁 0 主要元件符號說明】 1 〇 )鞋殼 2 0 )緩衝層 4 〇)表層面料 6 〇 )硬質塑膠 8 0 )内裡 9 1 )公模 911)多流道系統 9 1 3 )多點澆口 9 2 0 )母模穴 表層面料 内裡 5 0 )介層 7 〇 )緩衝層 9〇)射出成型模具 91〇)公模仁 9 1 2 )豎澆道進料 9 2 )母模The material layers are formed according to the specific shape and size, and then adhered to each other in water to complete the shoe body after cutting. The size of the shoe body is pre-cut, and the materials of the surface coating glue between the material layers are pre-cut into one layer, so as to be able to be made with the prior art sports shoes, the chain and the I column. Strength and wearing comfort ^, build the shoe body. However, due to the need to cut and win more than seven layers of soft and hard materials in the production process, the number of parts of the pot products is complicated, the production process is complicated, the manpower is large, and the U time is long. In addition, in recent years, sneakers continue to pursue the ancient water-only strength, high comfort, and professional functionality, which has resulted in the trend of sports shoes, and both in terms of weight and weight. 1304727 ^External 'partial sports shoes (such as the aforementioned skates), in order to achieve better anti-corrosion effect, generally with a number of protective parts with a certain degree of hardness, such as shackles, dong, dong bian, arm guards, etc. If the existing technical sports shoe manufacturing method is used, in the production of the shoe body, the hard plastic (6 〇) must be pre-formed into a plurality of objects corresponding to the shape of each guard, and finally the pieces are pieced together and the glue layer is glued. This also increases the number of product parts and the complexity of the manufacturing process. It is known that the prior art method of sports shoe system process needs to be added. [Invention] The present invention provides an integrated sports shoe case and a manufacturing method thereof, which can effectively improve Problems and difficulties faced by the prior art sports shoe manufacturing method ^: The surface of the sports shoe shell is resistant to wear and has a certain strength and is intended to hold the outer skin type. The C method firstly cuts the surface fabric of the sneaker material layer into the desired shape, and then directly places it in the relative == mold (; -1. (4), and then "melt two 4 匕 material" to break into Insert molding: The skate shoe shell that is bonded to one side of the surface fabric, so that it is directly bonded to the fabric after solidification. The sports shoe shell of July can be used for this. The system of the sneaker body is made by gluing, merging, stitching or other bonding methods, or directly and simply squeezing the cushion layer and the inner layer of the sneaker material layer into the shoe casing. Among them - the surface finish - the sports shoe body, so 1304727: the sports shoe body directly achieves high strength, comfort and solid effect, without the need to put several soft and hard materials into a knife, patchwork and glue. ', ·, (4) It can be seen from the above that the present invention not only effectively simplifies the number and manufacturing process of the parts of the sports shoe body product, but also strives for the cost of manufacturing the wall and the amount of glue used; and: the manpower of the time course, the reduction system and the known cost. So greatly The simplicity of the king, the environmental protection and the portability of the finished product. [Embodiment] Please refer to the first and second drawings for the forming die (90): not the one used in conjunction with the invention; The forming mold (9 〇) includes - "fruit (9 1) and - female mold (9 2), where: * the male mold (9 1) is centrally formed with - male mold kernel (9 ! 〇), 4 male Molden (9 work squats) can be a skate shoe body - the shape of the sneakers (there is no multi-channel system in the figure of 4 (2) " Λ:: 1) internal setting? The eve system (Θ 1 1 ) is connected to an i sprue feed port (9 — multi-port iq Η, 2) and the parent-& sway corresponds to the cooling of the curable material (eg: The hard plastic, the surface of the mold (91);) is introduced into the gap between the ... and formed in the center of the male mold (9 2 ) correspondingly formed with the female mold hole (9 2) η kernel (9 1 0 ) concave ,, η 2 〇) 'The far mother mold hole (9 2 0) Pangong Huanren (9 1 0) cooperates with each other, and the multi-channel line (9lmH (four) (four) material is formed, and can also be set in the mother Mold C92)...4 feed inlets 9 ") recovery, y 2) within the (circle garnered shown). 1304727 For the sake of the reference, the method of the first method is to show that the process of the sports shoe shell of the present invention is directly placed in the male mold (9 1) & after being cut to form an appropriate shape, the male mold is closed (9) i) above the mother H mother mold hole (9 2 0 ), and then between the male mold kernel (9丄, (9 2 ), so that the surface fabric (1 1 ) will again... the mother mold hole (9 2 0) In addition, the smelting of the cooling gel or soft rubber) is injected into the male mold (9 ren (91 〇) by n; 4 (such as · hard plastic, soft plastic..." flow channel: Γ9 Γ) material port (912) The surface is more... and is injected by the male mold wash inlet or 'by the mother mold ("one of the eight ice passages, and the multi-point flooding of the female mold hole is attached to the surface fabric 2:) surface and finally wait The material can be cooled and solidified. On the outer surface, please refer to the figure 4 and 5's finished shoe shell (the surface of the pot surface ( fabric (1 1 ) is fused by a layer of cooling: The cured layer, so that the surface of the shoe shell is wear-resistant and the inner surface of the shoe shell can be sturdy, conjugated or sequentially combined - the buffer layer (20) and the inner lining (3 〇, , D way - toe cap, sole and ice skates and simply complete - skates, Fuzhong re-attachment, the buffer layer (20) is made of a temporary thickness of the bomb, can be used to cushion the body of the shoe External impact force. 1304727 Large: The shape of the shoe shell (1.) and contact can be used to fit the user's foot. Please refer to Figure 6 again. The shoe cover (10) is also It can be used in the production of sneakers. It will pass the shoes to the inner surface of the pair of shoes (10). The buffer layer (2(6) and lining (2) will be attached in the same way. - Finishing a sneaker with a toe and a sole, so that the finished 2 sneakers can have a constant strength to prevent deformation and protect the user's toes and heels and other foot parts, thereby achieving a waterproof effect. In addition, the method for manufacturing the sports shoe shell of the present invention can be further applied to use the shin guard, the shin guard, the shin guard, and the arm guard for use with the sneakers, and the use of the four products can be carried out according to the aforementioned steps. ;Mesh / Township is 70% and has a certain strength, no need to repeatedly cut or glue hard In view of the above, the integrated sports shoe shell of the present invention and the manufacturing method thereof can not only reduce the number of product parts, but also simplify the process of manufacturing the sports shoe body and shorten the production. Wang Rizhan, and reduction: the manpower required to 'improve the ease of manufacture and greatly reduce the manufacturing cost. [Simple diagram of the diagram] The first diagram is combined with the injection of the invention. 0 The second figure is an exploded view of the injection molding die used in the present invention. 0 1304727. The third figure is a side view of the injection molding tool used in the present invention. The perspective view is made using the sports shoe case of the present invention. The fifth aspect of the sea ice skates is a cross-sectional view of the sports shoe shell using the present invention. The sixth figure is the perspective view of the operation of the present invention. < Destroyed Sneakers The seventh figure is an exploded view of the skates using the prior art. Lu 0 main component symbol description made by shoe manufacturing method] 1 〇) shoe shell 2 0) buffer layer 4 〇) surface fabric 6 〇) hard plastic 8 0) inner 9 1) male mold 911) multi-channel system 9 1 3) Multi-point gate 9 2 0) Female mold cavity surface fabric inner 5 0) Interlayer 7 〇) Buffer layer 9 〇) Injection molding die 91 〇) Male mold 9 1 2 ) Vertical sprue feed 9 2) mother model