M380017 五、新型說明： 【新型所屬之技術領域】 本創作是一種塑料射出成形的鞋底缓衝結構，其是與鞋 類的部件有關，特別是由塑膠射出成形的鞋底緩衝結構。 【先前技術】 隨著生活與工作的繁忙，為了調劑身心，適度的運動 就能夠放鬆工作與生活上的疲憊與緊張，而在進行一些跑 步或打球的運動時，穿著合適的運動鞋才能避免對雙腿產 生運動傷害，因此，在鞋底設置氧囊提供使用者雙腿緩衝 的功效，避免因跳躍或跑步對使用者的雙腿產生衝擊與傷 害。 而習知設置於鞋底的緩衝結構是以吹氣成形的方式成 形一氣室結構，吹氣後再封口成為一緩衝氣囊，而鞋底上 再設置複數缓衝氣囊以達緩衝功效’然而，由於該緩衝氣 囊為吹氣成形，氣體壓力的控制攸關該緩衝氣囊的成品尸 質，但氣體壓力的控制是較為困難的，因此藉由吹氣成形 的緩衝氣囊之大小尺寸成品良率也就無法有效的掌握，生 產良率的不確定性高，製造鞋體無形的成本也就相對提高 了，且吹氣成形會產生較多的邊廢料，而大部份吹氣成Z 的邊廢料又無法完全回收使用，如此就又提高了材料成 本’且也浪費了許多資源，實不符合現在環保節能的潮流。 另外，藉由吹氣成形的緩衝氣囊是依照氣體壓力大 3 控制氣囊的壁厚，作該 -致的，因m _壁厚無法精準控制 也就無法f送出V 吏用該緩衝氣囊控制鞋體的受力方向， 是吹氣2用途的鞋體;還有，由於該緩衝氣囊 f干不y目此右想在該緩衝氣囊上標减商品牌或是 心不不同的顏色， 塗布於、_韻財式將品牌會顏色 成本，、A外觀上’不僅增加了-道工序，提高生產 久性不ΐ顏料在該緩衝氣囊使用一段時間後就會脫落，耐 環保。塗布顏料的工錢與材料錢也就浪費了，也較不 研料Γ於此’本創作人潛心研究並更深人構思，歷經多次 構Γ後’終於創作出—種塑料射出成形的鞋底緩衝結 【新型内容】 徐社播J作目的在提供—種塑料射出成形的鞋底緩衝結構，該緩 =藉㈣⑽術輪織，邮法成熟使產 4率=1容易掌握，還能提升產品使用的自由度。 為達前述目的士 包含. 創作塑料射出成形的鞋底緩衝結構 有對相對接設所構成，該各對接件具 緣，該連結緣由該對接件^該各對接件周緣成形一連結 伸成形，且該連結外面之連接處向外侧延 、、、延伸方向定義為水平向，而垂直水 Μ3800Π 平向定義為縱向，其中—對接件的内面朝縱向延伸並向内 成形-容置空間’該二對接件以内面㈣設置，且該各連 結緣相互抵靠，該各對接件以塑料射出成形的方式製成； 以及-射出封閉件’為—體的結構’且該射出封閉件以塑 料射出熔接的方式連接該彈性體的該二對接件之連結緣。 藉由射出成形的射出封閉件能在成形的同時灌注氣體 入該彈性體内，使該緩衝結構具有提供緩衝的彈性力，而 該彈性體的對接件也由射出成形所製成，因此能藉由改變 成形模具控制對接件的外觀態樣及壁厚，不僅製造容易、 產品良率高’也使得緩衝結構的使用自由度提高。 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一 步之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如后： 本創作塑料射出成形的鞋底缓衝結構之較佳實施例如 第1至4圖所示，包含： —彈性體10由兩個對接件n相對接設所構成，本實 施例的該各對接件丨丨分別為空心半圓結構，且該各對接件 11由塑料射出成形的方式所製成，該各對接件11具有對應 的内面111及一外面112，且該對接件u的内面lu與 /面112之連接處沿該對接件u周緣成形一連結緣I。， ，結緣113向對接件U的外侧延伸，且該連結緣113的 L伸方向定義為水平向X，而垂直水平向χ定義為縱向γ， 5 ;:π接件11朝縱向γ延伸成形-容置空請，而兩對 空間u4=U1相料置，並使該二對接件11的容置 4相連通，而該各連結緣113相互抵靠； 一射出封閉件20，λ 一驴的社姓 ’ 連結該彈性IMO Μ 射出賴的方式 封閉件ΓΓ 件11之物ιΐ3,且該射出 〕件20由一上部21、—下部99 » 21及下部22所射下^ 22及—側部23連結該上部 -凹陷❹：:上部21、下部22及側部23形成 的夾口 24,該射出封閉件2〇 彈性體Η)的該二對接件η之連^ _ L亥 性驴ln # 1之遷…緣U3外，並封閉該彈 二使該彈性體10的該二對接件u之容置空間114 =為封_的空間，_衝結構⑽成為空心球 樣。 θ _出封閉件20是由塑料射出成形的手法所構成，且 疋成形於該彈性體10的連結緣113外，在該射出封閉㈣ 尚未成形於該彈性體1G的周緣時，該彈性體Η)的該二對 接件11尚未連結定位，而要成形該射㈣閉件μ時，如 第2圖所示，將該二對接件u對合並容置於—成形模具m 中:而該成形模具M内再設置可成形射出封閉件20的成形 f道Μ卜接著再對塑料加聽融再灌注人成形模具μ中進 行該射出封閉件2G的成形，而塑料加熱溶融時產生的瓦斯 氣體就會同時被㈣擠壓人該成形模具内，而該成形模具 是對應該彈性體1G的該二對接件u之連結緣⑴設置， M380017 因此當塑料要成形於該彈性體10的連結緣⑴外時，塑料 產生的瓦斯氣體會先經由模具灌入該彈性體1〇的該二對接 件11之谷置空間1]4内，而再繼續將塑料灌入模且，使塑 料包覆於該彈性體10的連結緣113外，並在該塑料冷卻後 封閉該彈性體10的該二對接件，使該彈性體内的容 置空間114為密閉狀態，而該容置空間ιΐ4則留存塑料產 生的氣體，使該缓衝結構具有彈性力。 該缓衝結構】⑽供以設置於鞋體A的鞋底A卜如第5 圖所示，_ A上設置複數緩衝結構1〇〇，則該缓衝結構 ㈣性體内的容置空間ιΐ4内之氣體提供彈性緩 功效’而由於該彈性體10是由塑料射出成形所製成， 且該彈性體H)是由兩個半圓形的對接件_對接設，因 =接件11可事先以射出成形的方式大量製造，且相 互對接的對接^之外觀型態也不需完 有相對應的連結緣113,使相對接 2要具 113iaH-4. 牧又幻對接件11以連結緣 冓能I 能 構必樣則外觀形態是可以視需求 =是以射出成形的方式製造，射出成形的：:！ 掌的產業，因此能使生產對接件u的製程良率受： 旱握，而保持緩衝結構的品質。 另外，可藉由實際需求改變 13圖所示Ί雜受力㈣^1。1物，如第 而成0 口之形狀就能完 7 M380017 成壁厚不均等的對接件11，藉由壁厚不均等的對接件11 就能使該緩衝結構100具有引導特定方向的彈性力，藉此 製造出受力需求特殊的鞋體A，例如具有不同功能的慢跑 鞋、籃球鞋或不同種類的球類運動用鞋，進而增加該緩衝 結構100的使用自由度。 還有，在成形模具上事先設計好欲成形於緩衝結構100 上的成形空間，使塑料於成形時經由内面成形出品牌標語 或標示圖案態樣的標示部116，如第12圖所示，成形該各 對接件11的過程中就能同時成形，製造上非常地方便；另 外，若想改變該緩衝結構100的顏色，也僅需於對接件11 成形時使用不同顏色的塑料，使對接件11成形為不同的顏 色，同樣也是在射出成形的工序中同時完成，也不需要多 增加工序，且塑料本身的顏色也不會因長時間使用而脫 落，保持對接件11的色彩耐久度。 甚者，該緩衝結構100的外觀型態是不受限的，因此 請配合參閱第6、7圖所示，該緩衝結構100是成形為不規 則狀，且其中一對接件11上具有複數容置空間114，而另 外一對接件11則是一平片狀並相對該容置空間114設置， 同樣地再以射出封閉件20封閉包覆該緩衝結構100的周 緣，而該容置空間114内同樣容裝氣體，則該緩衝結構100 倚靠該些容置空間114同樣能達成提供彈性緩衝的功效， 而製造上就可依不同的需求將該彈性體10製成不同的外觀 M380017 型態，並達成相同的功能。 而再如第8、9圖所示是該緩衝結構100再另一種實施 例的示意圖，該彈性體10的對接件11成形為鞋體A大底A2 的一部分之外觀型態，且該各對接件11内同樣具有容置空 間114,容置空間114内容置氣體，則該彈性體10就可直接 以鞋體A大底A2的方式使用，而該彈性體10就能直接提供 緩衝的彈性力，而不需另外設置緩衝結構，製造上與使用上 的自由度都非常高。 而本案的另一實施例請配合參閱第10圖所示，該射出 封閉件20是成形於該二對接件11的連結緣13之間，並使 該各連結緣13與該各對接件11的外壁之間形成一阻料溝槽 115，而成形該射出封閉件20的模具Μ就為如第Π圖所示 態樣。 / 【圖式簡單說明】 第1圖為本創作緩衝結構的立體分解圖。 第2圖為本創作緩衝結構的彈性體容置於成形模具中成形 出封閉件的使用狀態示意圖。 第3圖為本創作緩衝結構的立體組合圖。 ^圖為本創作緩衝結構的組合剖面圖。 第5圖為本創作緩衝結構運用於鞋體的使用狀態圖。 第6圖為本創作緩衝結構的彈性體為不同外觀型態的實施 示意圖。 第7圖 第8圖 為第6圖之彈性體運用於鞋體的使用狀態圖。 為本創作緩衝結構的彈性體又一種外觀型態的實施命 示意圖。 第9圖 第10圖 第11圖 弟12圖 苐13圖 為第8圖之彈性體運用於鞋體的使用狀態圖。 為本到作崎結構的另—實闕示意圖。 為成开^第10圖中的射出封閉件之成賴具示意圖 為本_緩衝結構上成形標示部的示意圖。 為本_緩衝結構的對接件為不均等肉厚狀態圖^ 【主要元件符號說明】 《本新型》 彈性體10 内面111 連結緣113 緩衝結構100 對接件11 外面112 M380017 容置空間114 射出封閉件20 上部21 下部22 側部23 夾口 24 水平向X 縱向Y 鞋體A 鞋底A1 大底A2M380017 V. New description: [New technical field] This creation is a plastic injection-molded sole cushioning structure, which is related to the components of footwear, especially the sole cushioning structure formed by plastic injection molding. [Prior Art] With the busy life and work, in order to adjust the body and mind, moderate exercise can relax the fatigue and tension in work and life. When doing some running or playing sports, wearing appropriate sports shoes can avoid The legs produce sports injuries. Therefore, the oxygen capsule is provided on the sole to provide the user's double-leg cushioning function, so as to avoid impact and injury to the user's legs caused by jumping or running. The buffer structure disposed on the sole is shaped into a gas chamber structure by blowing, and then sealed to form a buffer airbag after blowing, and a plurality of cushioning airbags are disposed on the sole to achieve buffering effect. However, due to the buffering The airbag is formed by air blowing, and the control of the gas pressure is related to the finished corpse of the buffer airbag. However, the control of the gas pressure is difficult, and therefore the size of the cushioning airbag formed by the blow molding is not effective. Mastering, the uncertainty of production yield is high, the intangible cost of manufacturing shoe body is relatively increased, and the blow molding will generate more side waste, and most of the side waste that is blown into Z cannot be completely recovered. The use of this, which increases the cost of materials, and also wastes a lot of resources, does not meet the current trend of environmental protection and energy conservation. In addition, the airbag formed by the air blow is controlled according to the gas pressure of 3, and the wall thickness of the airbag is controlled. Therefore, since the m_wall thickness cannot be accurately controlled, the air can not be sent out. The direction of the force is the body of the air blowing 2; also, because the cushioning airbag is not dry, it is desired to mark the brand or the color of the heart on the cushioning airbag, and apply it to The rhyme type will cost the brand color, and the appearance of A will not only increase the process, but also improve the long-term production. The pigment will fall off after using the buffer airbag for a period of time, and it is environmentally friendly. The labor and material money for coating pigments is wasted, and it is less researched. 'This creator has devoted himself to research and deepen his ideas. After many constructions, he finally created a plastic injection molded sole cushion. [New Content] Xu She Broadcasting J is aiming at providing a kind of plastic injection molding sole cushion structure. The slow = borrowing (4) (10) round knitting, the postage mature makes the production rate 4 easy to master, and can also improve the freedom of use of the product. In order to achieve the above-mentioned purpose, the sole structure of the plastic injection molding has a pair of opposite joints, and the joints have a rim, and the joint edge is formed by the joint of the joints, and the joint is formed. The joint connecting the outside is extended to the outside, and the extending direction is defined as the horizontal direction, and the vertical weir 3800Π is defined as the longitudinal direction, wherein the inner surface of the butt joint extends longitudinally and is formed inwardly - the accommodating space 'the two docking The piece is disposed on the inner surface (four), and the connecting edges abut each other, the respective abutting members are formed by plastic injection molding; and - the ejection member is a body-shaped structure and the injection sealing member is plastically welded and welded The connecting edge of the two butt joints of the elastic body is connected. The injection-molded injection closure member can inject gas into the elastic body while being formed, so that the buffer structure has an elastic force for providing cushioning, and the butt joint of the elastic body is also formed by injection molding, so that it can be borrowed Controlling the appearance and wall thickness of the butt joint by changing the forming mold is not only easy to manufacture, but also high in product yield, and the use degree of the cushioning structure is improved. [Embodiment] In order to enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please refer to the following [Simplified Description of the Drawings] for details: The sole of this creative plastic injection molding cushion The preferred embodiment of the structure is as shown in FIGS. 1 to 4, and includes: - the elastic body 10 is formed by the opposite connection of the two abutting members n, and the respective abutting members 本 of the embodiment are respectively hollow semicircular structures, and the Each of the abutting members 11 is formed by plastic injection molding. The abutting members 11 have corresponding inner faces 111 and an outer face 112, and the joints between the inner faces lu and/or faces 112 of the abutting members u are along the periphery of the butt joints u A joint edge I is formed. The edge 113 extends toward the outside of the abutting member U, and the L-direction of the connecting edge 113 is defined as a horizontal direction X, and the vertical horizontal direction is defined as a longitudinal γ, 5;: π-joint 11 is extended toward the longitudinal γ-容 vacant, and two pairs of spaces u4=U1 phase material, and the accommodating 4 of the two docking pieces 11 are connected, and the connecting edges 113 abut each other; one shot of the closing member 20, λ 驴The surname 'connects the elastic IMO Μ to the detachment member 11 of the closure member 11 and the ejection member 20 is ejected from an upper portion 21, a lower portion 99 » 21 and a lower portion 22 and a side portion 23 Connecting the upper-recessed ❹: the upper portion 21, the lower portion 22 and the side portion 23 forming a nip 24, the two opposing members η of the injection member 2 〇 elastic body Η) _ L hai 驴 ln # 1 In addition to the edge U3, and closing the projectile 2, the accommodating space 114 of the two butt joints u of the elastic body 10 is a space of the seal_, and the _ punching structure (10) becomes a hollow sphere. The θ_outlet member 20 is formed by a plastic injection molding method, and the yoke is formed outside the joint edge 113 of the elastic body 10, and the elastic body 在 is formed when the injection seal (4) is not formed on the periphery of the elastic body 1G. The two butt joints 11 are not yet coupled, and when the shot (four) closures μ are to be formed, as shown in Fig. 2, the two butt joints u are combined and placed in the forming mold m: and the forming mold In the M, the forming of the injection molding closure member 20 is further provided, and then the molding of the injection molding member 2G is performed in the plastic absorbing and re-injecting human forming mold μ, and the gas generated when the plastic is heated and melted is At the same time, (4) is squeezed into the forming mold, and the forming mold is disposed corresponding to the connecting edge (1) of the two butt joints u of the elastic body 1G, and thus M380017 is thus formed when the plastic is to be formed outside the connecting edge (1) of the elastic body 10. The gas generated by the plastic is first poured into the valley space 1]4 of the two butt joints 11 of the elastic body 1 through the mold, and then the plastic is poured into the mold and the plastic is coated on the elastic body. 10 joints outside the edge 113 and cooled in the plastic The two mating closure member 10 of the elastic body, so that the accommodating space of the elastic body 114 in a sealed state, and the receiving space is retained ιΐ4 plastic gas generated, so that the cushioning structure having an elastic force. The cushioning structure (10) is provided in the sole A of the shoe body A. As shown in FIG. 5, a plurality of cushioning structures 1A are disposed on the _A, and the cushioning structure (4) is accommodated in the housing space ι4 The gas provides elastic retarding effect' and since the elastic body 10 is formed by plastic injection molding, and the elastic body H) is connected by two semi-circular abutting members, since the connector 11 can be previously The injection molding method is mass-produced, and the appearance of the butt joints does not need to have a corresponding joint edge 113, so that the opposite joint 2 has 113iaH-4. The animal and the magic joint 11 can be connected to each other. I can form a shape, the appearance can be made according to the demand = by injection molding, injection molding::! The industry of the palm, therefore, can make the process yield of the production of the butt joint u by: dry grip, while maintaining the quality of the buffer structure. In addition, the actual force can be changed by the noisy force (4) ^1.1 shown in Fig. 13, and the shape of the 0-port can be completed. 7 M380017 can be made into the abutment 11 with uneven wall thickness, by wall thickness The unequal abutment 11 enables the cushioning structure 100 to have an elastic force guiding a specific direction, thereby manufacturing a shoe body A having a special force demand, such as a jogging shoe having different functions, a basketball shoe or a ball of a different kind. The sports shoe further increases the freedom of use of the cushioning structure 100. Further, the forming space to be formed on the cushioning structure 100 is designed in advance on the forming mold, so that the plastic part is formed into the branding slogan or the marking portion 116 of the pattern pattern through the inner surface during molding, as shown in Fig. 12, forming The abutting members 11 can be simultaneously formed in the process of being formed, which is very convenient in manufacturing. In addition, if the color of the cushioning structure 100 is to be changed, it is only necessary to use plastics of different colors when the abutting member 11 is formed, so that the abutting member 11 is used. Forming into different colors is also done simultaneously in the process of injection molding, and there is no need to increase the number of steps, and the color of the plastic itself is not peeled off due to long-term use, and the color durability of the butt 11 is maintained. In addition, the appearance of the buffer structure 100 is not limited, so please refer to the figures 6 and 7, the buffer structure 100 is shaped into an irregular shape, and the pair of connectors 11 have a complex capacitance. The space 114 is disposed, and the other pair of connectors 11 are in a flat sheet shape and disposed opposite to the accommodating space 114. Similarly, the periphery of the buffer structure 100 is closed by the injection closure member 20, and the accommodating space 114 is also the same. By accommodating the gas, the cushioning structure 100 can also achieve the elastic buffering effect by leaning against the accommodating spaces 114, and the elastic body 10 can be made into different appearances of the M380017 type according to different requirements. The same function. FIG. 8 and FIG. 9 are schematic diagrams showing still another embodiment of the buffer structure 100. The abutting member 11 of the elastic body 10 is formed into a shape of a part of the sole A2 of the shoe body A, and the dockings are respectively connected. The housing 11 also has an accommodating space 114. When the accommodating space 114 is filled with gas, the elastic body 10 can be directly used in the manner of the sole A2 of the shoe body A, and the elastic body 10 can directly provide the cushioning elastic force. Without the need to additionally provide a buffer structure, the degree of freedom in manufacturing and use is very high. In another embodiment of the present invention, as shown in FIG. 10, the injection closure member 20 is formed between the connecting edges 13 of the two abutting members 11 and the connecting edges 13 and the abutting members 11 are A barrier groove 115 is formed between the outer walls, and the mold 成形 which is formed to project the closure member 20 is as shown in the figure. / [Simple description of the diagram] Figure 1 is an exploded perspective view of the creation buffer structure. Fig. 2 is a schematic view showing the state of use of the elastic member of the creation cushioning structure in the forming mold to form the closing member. The third figure is a three-dimensional combination diagram of the creation buffer structure. ^ Figure is a combined cross-sectional view of the authoring buffer structure. Fig. 5 is a view showing the state of use of the creation cushioning structure applied to the shoe body. Fig. 6 is a schematic view showing the implementation of the elastomer of the creation buffer structure in different appearances. Fig. 7 Fig. 8 is a view showing the state of use of the elastic body applied to the shoe body of Fig. 6. This is a schematic diagram of the implementation of the elastomer of the creation buffer structure. Fig. 9 Fig. 10 Fig. 11 Fig. 12 Fig. 13 Fig. Fig. 8 is a diagram showing the state of use of the elastic body applied to the shoe body in Fig. 8. This is another schematic diagram of the actual structure of the Sakizaki. The schematic diagram of the injection closure of the injection closure in Fig. 10 is a schematic view of the shaped indication portion on the buffer structure. For the _ cushioning structure, the butt joint is unequal thickness state map ^ [Main component symbol description] "The new type" Elastomer 10 inner surface 111 connecting edge 113 buffer structure 100 butt joint 11 outer surface 112 M380017 accommodating space 114 injection seal 20 Upper 21 Lower 22 Side 23 Grip 24 Horizontal X Longitudinal Y Shoe A Sole A1 Big Bottom A2
1111