M271096 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種接合扣件一體成型結構，特別是指 .-種在同-模具中射出成型二接合扣件，以減少製作= 及工日守’進而降低成本之一體成型結構。 【先前技術】 按，由於兼具便利性及靈活性，許多扣接組件一直是 受到相當消費者及廠商喜愛的連接結構。傳統扣接組件結 構無論在體積或使用時之亦相當方便，而多用於背包 =鑰匙圈等產品上，因而市面上陸續有相同或：似的 產品產生。 如所附第1圖即有關一種適於扣接的習用掛勾，盆包 括^本體A及掛環B所構成之掛勾結構，其中該本體A、係 於有-錐型之检梢A1，且於該检梢M後端延伸出 二該本體A之一側設有—卡扣部A3,該卡扣部 挖：有二A2 :形成一扣置空間；而該掛環B之底端 A::中空且貫通之結合孔B卜用以卡固上述栓梢 再。亥結合孔B1内側設有數導槽B2。 而上述錐型之栓梢A1之底部大 & 處卡八結合…，而該結合孔=面：其可自頂面 梢Ak底部。 孔81之孔控略小於上述栓 ，二I: 3圖所示，於上述習用掛勾結構中，係分別開 …、用以射出成型上述本體A、掛環B，待成型後再予 4 M271096 以組合，其組合時係將該本體A之栓梢A1，以一特定角度 強制卡入該結合孔内，使其穿設過該結合孔B1，藉由 栓梢A1之底部卡固於該結合孔M之頂面，使其固定於結 合孔B1中不致脫落。 ° “即因為本體A、掛環B在射出成型時必需各自開設兩 杈具之限制，其因而亦衍生出些許缺點。舉例而言，習用 掛勾結構製作時’為用於上下卡固結合，需單獨針對其構M271096 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to an integrally formed structure of joint fasteners, in particular, .- a kind of injection-molding two joint fasteners in the same mold to reduce production = and man-days Shou 'further reduces the cost of one-body molding structure. [Previous technology] According to the convenience and flexibility, many fastening components have always been a favorite connection structure by consumers and manufacturers. The traditional buckle assembly structure is also very convenient in terms of volume or use. It is mostly used for products such as backpacks = key rings, so the same or similar products have been produced in the market. As shown in the attached figure 1, a conventional hook suitable for buckling is provided. The basin includes a hook structure composed of a main body A and a hanging ring B. The main body A is attached to a taper-shaped probe A1. And one side of the main body A extending from the rear end of the tester M is provided with a buckle portion A3, which is dug: there are two A2: forming a buckling space; and the bottom end A of the hanging ring B :: Hollow and through joint hole B is used to fix the above-mentioned bolt tip again. A guide groove B2 is provided on the inner side of the coupling hole B1. And the bottom of the above-mentioned taper pin A1 is large & the card is connected at eight places, and the coupling hole = face: it can be from the bottom of the top face Ak. The hole control of the hole 81 is slightly smaller than the above-mentioned bolt. As shown in Figure I: 3, in the conventional hook structure, it is opened separately for injection molding of the above-mentioned body A and hanging ring B. After molding, 4 M271096 is given. In combination, the bolt tip A1 of the body A is forcibly clicked into the coupling hole at a specific angle to pass through the coupling hole B1, and is fixed to the joint by the bottom of the bolt tip A1. The top surface of the hole M is fixed in the coupling hole B1 so as not to fall off. ° "That is, because the body A and the hanging ring B must be separately opened with two forks during injection molding, it also has some shortcomings. For example, when the conventional hook structure is manufactured, it is used for upper and lower clamping. Need to be individually
成件：本體A、掛環B開設兩組模具。亦_，需浪費兩倍 開設模具及射出成型的時間’而上述構成件分別灌 後’即須待其塑料硬化，其所花#之工時亦相對徒增。 另’上述掛勾結構之結合過程’因製程或材料之：疵， 而咖響栓梢Μ或結合孔B1其結構強度較弱， 時’容易因施力而損毁，使掛勾結構製作之品： 且難控制。 、议个％疋 再者，當組裝時則需以人卫之方式，將該栓梢 於結合孔B1内於以結合，因此即使以上述方式製 構，其仍然會採取較複雜之製作過㈣形紅時之=結 使得整個製作過程較為繁複，此種製作過程不僅相二: 而不方便，同時亦會耗費較多工時。 田困難 【新型内容】 爰疋本么明之主要目的，旨在提供 體成型結構，其能以更為快速之製程，製作一：：扣件-件，以藉以提昇其生產效率。 凡成該接合扣 5 M271096 本發明之次一目的 匕 結構’其能降低接合扣件：作及：:=合扣件-體成型 本發明之另—目的，旨：二，之成本。 、结構，其可使在同-模具中= 件—體成型 作之工時。 风尘—接曰部，以減少製 為達上述之目的，本創作係主要包含有： -環體’係具有一内 •係設有-崁接部； μ通之簡，該環體外部 一：一接口。Ρ，係射出成型於上述環部之孔槽中. 二第二接合部’係射出成型與上述崁接部崁接。’ 用車父佳貫施例中，上述環體之嵌接部可設為 成(如:銅、鐵、銘;):再騎'部1可為金屬材質所製 而上述孔槽為錐狀，且内部環設有呈斜面之側辟.而 該孔槽下端之孔徑略大於上端孔徑。 側土’而 於理想實施例中，上述第一接合部可為接合用 勾，其為塑膠材質所製成。 掛 該第-接口部可為掛環，其為塑膠材質所製成。 如上所述，該—體成型結構欲接合時，係將該環體 入'具内’射出注入第一接合部或第二接合部之盆一 該第-接合部與孔槽侧壁相互緊密卡固，而該第二接 係坎設於環體崁接部’待上述接合部成型後，係將該第一 接合部及第二接合部上下施力，使其第—接合 · 壁脫落分離，而可使接合扣件以一體成型之方式快= 6 M271096 作，以減少製作程序及工時，進一步降低成本之目的者。 【實施方式】 茲為便於貴審查委員能更進一步對本創作之構造、 使用及其特徵有更深一層，明確、詳實的認識與瞭解& 作人舉出較佳之實施例，配合圖式詳細說明如下： 首先請參第4、5圖，於圖示較佳實施例中，本創作係 為一種接合扣件一體成型結構，其主要係包含有： “ 一環體1，係具有一内呈中空貫通之孔槽u，該環體 外部係設有一崁接部12 ; " 一第一接合部2，係射出成型於上述環部丨之孔槽“ 中； 胃 一第二接合部3，係射出成型與上述崁接部12崁接。 於較佳實施例中，上述環體丨之崁接部u可設為凸型 或凹型，用以炭接第二接合部3;再該環^可為金屬材 質所製成（如：銅、鐵、鋁等）。 .而上述孔槽11為錐狀，且内部環設有呈斜面之側壁 1 3，而該孔槽11下端之孔徑略大於上端孔徑。 於本創作之圖示中，上述第一接合部2為接合用之掛 勾’其為塑膠材質所射出成型；且該第二接合部3為掛環， 其為塑膠材質所射出成型。 人請再參第6圖所示，如上所述，該一體成型結構欲接 合時，係將該環體1置入模具4内，始射出注入第一接合 邛2或第二接合部3之其一，在本實施例中係以先行注入 M271096 第一接合部2為例，係先射出成型第一接合部2;首先， 塑料注入上述環體！内之孔槽u，而形成τ型部位，因塑 料熱漲^與孔槽η之側壁13相互沾钻，再該第—接合部 ^末端成型為—掛勾狀，待塑料冷卻後俾以成型第一接 " 而塑料冷卻後會呈縮水現象，使第一接合部2成 型後會緊密卡固於側壁13表面。 如第7圖所示，其再行射出成型第二接合部3，該第 _二接合部3之塑料注入後，内緣兩端之塑料，因塑料熱漲 而與環體1之㈣部12沾枯，待塑料冷卻後上述第二接合 部3係炭設於環體r嵌接部12(其成型後之完成圖可: 第8圖）。 ^ 而上述射出成型之順序，並無特別限定，亦可現行注 入成型第二接合部3，或同時進行第-接合部2及第二接 合部3灌模之動作。 如第9及第1〇圖所示，待上述第一接合部2及第二接 • ^部3成型後，該第-接合部2係卡固於側壁13表面，此 日寸’以手部握持該第一接合部2及第二接合冑3且上下施 或以手4握持第一接合部3使其固定，再握持第一接 ^部2且向下施力，此時，該第一接合部2之丁型部位會 文力而向下位移’朝錐狀之孔槽η孔徑較大_端位移並利 用其f斜面之側壁13，使第—接合部2與側壁13脫落分 離:藉由第一接合部2所射出成型之τ型部位，底部卡固 於％體1上端使之不脫落，俾可分離第一接合部2及第二 接合部3。 8 M271096 一猎由本創作之環體1置入模具4中，於第— 及弟一接合部3灌模時，同時炭接卡固於環體！之内外側 :其成_予以施力分開，而可解決傳統接合扣件需開 :::固：具之問題’使其能以更為快速之製程製作完成該 口扣件’以提昇其生產效率，再者，亦可大大降低接合 扣件製作及模具開發之成本，其可使在同一模具中射出成 型二接合部，進一步減少製作工時’俾達可快速製作及減 少程序之目的者。 惟以上所述者，僅為本創作之較佳實施例而已，當不 能以此限定本創作實施之範圍，即大凡依本創作申請二利 範圍及創作說明書内容所作之簡單的等效變化與修飾，皆 應仍屬本創作專利涵蓋之範圍内。 【圖式簡單說明】 請參閱以下有關本創作一較佳實施例之詳細說明極其 _附圖，將可進一步瞭解本創作之技術内容及其目的功效； 有關該實施例之附圖為： 第1圖’係習用掛勾結構之立體圖； 第2圖，係I用掛勾結構之組合示意圖； 第3圖，係習用掛勾結構之另一組合示意圖； 第4圖，係本創作之示意圖； 第5圖’係本創作環體之示意圖； 第6圖’係本創作構件之成型示意圖； 第7圖，係本創作構件之另一成型示意圖； 9 M271096 第8圖，係本創作成型後之示意圖； 第9圖，係本創作上下構件之分離示意圖； 第1 0圖，係本創作構件分離之動作放大圖。 【主要元件符號說明】 A-----本體 A1——栓梢 A2----勾部 m A3----卡扣部 B-----掛環 B1----結合孔 B2----導槽 1 -----環體 11 ----孔槽 12 ----嵌接部 _ 13----側壁 2 -----第一接合部 3 -----第二接合部 4 -----模具 10Finished parts: two sets of molds are set for the body A and the hanging ring B. Also, it takes twice the time to open a mold and injection molding ’, and after the above components are filled separately’, their plastics need to be hardened, and the man-hours they spend # are relatively unnecessarily increased. In addition, the 'combination process of the above hook structure' is due to manufacturing process or materials: defects, and the structural strength of the causal bolt tip M or the combination hole B1 is weak, and it is' easy to be damaged by force, so that the hook structure is manufactured. : And difficult to control. In addition, when assembling, it is necessary to combine the plug tip in the combining hole B1 in a human-like manner when assembling, so even if it is structured in the above manner, it will still take a more complicated manufacturing process. The red knots make the whole production process more complicated. This kind of production process is not only inconvenient, but also consumes more man-hours. Tian Dian [New content] The main purpose of this book is to provide a body molding structure, which can make a 1 :: fastener-piece in a faster process to improve its production efficiency. Where the joint buckle 5 M271096 The second purpose of the present invention is the dagger structure, which can reduce the joint fasteners: and :: = combined fastener-body molding Another purpose of the present invention, the purpose is: two, the cost. , Structure, which can be used in the same-mold = piece-body molding working hours. Wind Dust-Connection Department, in order to reduce the system to achieve the above purpose, this creative system mainly includes:-the ring body 'system has an inner • system is equipped with-the connection unit; μ simple, the ring body outside: An interface. P, is injection-molded in the hole groove of the above-mentioned ring portion. The second and second joint portion 'is injection-molded and connected to the above-mentioned contact portion. 'In the embodiment of the car rider Jiaguan, the engaging part of the ring body can be set (such as: copper, iron, inscription;): then riding' part 1 can be made of metal material and the hole groove is tapered And, the inner ring is provided with a beveled side cutout, and the aperture at the lower end of the slot is slightly larger than the aperture at the upper end. Lateral soil 'In an ideal embodiment, the first joint portion may be a hook for joining, which is made of a plastic material. Hanging The first interface part may be a hanging ring, which is made of plastic material. As mentioned above, when the one-body molding structure is to be joined, the ring body is injected into the pot with the inside of the first joint or the second joint. The first joint and the side wall of the hole are tightly stuck to each other. The second connection system is set in the ring body joint portion. After the above-mentioned joint portion is formed, the first joint portion and the second joint portion are forced up and down to make the first joint and the wall fall off and separate. And the joint fastener can be made in one piece quickly = 6 M271096, in order to reduce production procedures and man-hours, and further reduce costs. [Implementation] In order for your review committee to further understand the structure, use and characteristics of this creation, a clear and detailed knowledge and understanding & authors give the preferred embodiment, detailed description with drawings as follows : First, please refer to Figs. 4 and 5. In the preferred embodiment shown in the figure, this creation is an integrated structure of joint fasteners, which mainly includes: "a ring body 1, which has a hollow through Hole slot u, the ring body is provided with a crimping portion 12; " a first joint portion 2, which is injection-molded in the hole groove of the above-mentioned ring portion 丨; a stomach-second joint portion 3, which is injection-molded It is in contact with the aforementioned contact portion 12. In a preferred embodiment, the joint portion u of the above-mentioned ring body 丨 can be set as a convex or concave type for carbon connection to the second joint portion 3; and the ring ^ can be made of a metal material (such as copper, Iron, aluminum, etc.). The above-mentioned hole groove 11 is tapered, and the inner ring is provided with a side wall 13 having an inclined surface, and the hole diameter at the lower end of the hole groove 11 is slightly larger than the hole diameter at the upper end. In the illustration of this creation, the above-mentioned first joining portion 2 is a hook for joining 'which is injection molded from a plastic material; and the second joining portion 3 is a hanging ring which is injection molded from a plastic material. Please refer to FIG. 6 again. As described above, when the integrated molding structure is to be joined, the ring body 1 is placed in the mold 4 and the injection is first injected into the first joint 2 or the second joint 3 First, in this embodiment, the M271096 first joint 2 is first injected as an example, and the first joint 2 is injection-molded first; first, the plastic is injected into the ring body! The inner hole and groove u form a τ-shaped part. Due to the thermal expansion of the plastic ^ and the side wall 13 of the hole groove η stick to each other, the first joint ^ end is shaped into a hook shape. After the plastic is cooled, it is shaped. First connection " The plastic will shrink after cooling, so that the first joint portion 2 will be tightly fixed to the surface of the side wall 13 after forming. As shown in FIG. 7, it is injection-molded to form the second joint portion 3. After the plastic of the second joint portion 3 is injected, the plastic at both ends of the inner edge and the crotch portion 12 of the ring body 1 due to the thermal expansion of the plastic. After drying, after the plastic is cooled, the above-mentioned second joint part 3 is set on the ring body r embedding part 12 (the finished figure after molding can be seen in FIG. 8). ^ The order of the above injection molding is not particularly limited, and it is also possible to perform injection molding of the second joint portion 3 or to perform the pouring operation of the first joint portion 2 and the second joint portion 3 simultaneously. As shown in Figs. 9 and 10, after the first joint portion 2 and the second joint portion 3 are formed, the first joint portion 2 is fixed on the surface of the side wall 13, and the hand is now used as the inch. Hold the first joint portion 2 and the second joint 胄 3 and apply it up or down or hold the first joint portion 3 with the hand 4 to fix it, and then hold the first joint portion 2 and apply force downward. At this time, The D-shaped portion of the first joint portion 2 will be displaced downward by the force of the force. The diameter of the cone-shaped hole and groove η is larger. Separation: The τ-shaped part formed by the first joint 2 is fixed at the bottom of the% body 1 so that the first joint 2 and the second joint 3 cannot be separated. 8 M271096 A hunting ring body 1 created by the original is placed in the mold 4, when the first and third joints 3 are filled in the mold, the carbon is fixed to the ring body at the same time! Inside and outside: its component _ should be separated by force, but can solve the traditional joint fastener need to open ::: solid: the problem of 'make it possible to complete the mouth fastener in a faster process' to improve its production Efficiency, in addition, can also greatly reduce the cost of manufacturing joint fasteners and mold development, which can be injection molding two joints in the same mold, further reducing the number of man-hours of production can be quickly produced and reduce the purpose of the program. However, the above are only the preferred embodiments of this creation. When the scope of the implementation of this creation cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the second benefit of this creation application and the content of the creation manual , All should still fall within the scope of this creative patent. [Brief description of the drawings] Please refer to the following detailed description of a preferred embodiment of the present invention and the attached drawings, which will further understand the technical content of this creation and its purpose and effect. The drawings related to this embodiment are: Figure 'is a perspective view of the conventional hook structure; Figure 2, which is a combined schematic diagram of the conventional hook structure; Figure 3, which is another combined schematic diagram of the conventional hook structure; Figure 5 is a schematic diagram of this creative ring body; Figure 6 is a schematic diagram of the molding component of this creative; Figure 7 is another schematic diagram of the molding of this creative component; 9 M271096 Figure 9 is a schematic diagram of the separation of the upper and lower components of this creation; Figure 10 is an enlarged view of the separation of the components of this creation. [Description of main component symbols] A ----- body A1——bolt tip A2 ---- hook part m A3 ---- snap part B ----- hang ring B1 ---- combination hole B2 ---- Guide groove 1 ----- Ring body 11 ---- Hole groove 12 ---- Embedded part _ 13 ---- Side wall 2 ----- First joint part 3 --- --Second joint 4 ----- Mold 10