M369560 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種板對板連接器接地結構，尤其是指一種 具有簡化式接地件的板對板連接器結構。 ， 【先前技術】 ' 目前’在移動式設備例如移動手機中，需要連接器縮小外 m 1尺寸’而且為_密度以適應移動式設備的小型化和薄 分電連接器中都增設接地件這一 一零部件’板對板連接器也不例M369560 V. New Description: [New Technology Field] This creation relates to a board-to-board connector grounding structure, especially a board-to-board connector structure with a simplified grounding member. [Prior Art] 'At present' in mobile devices such as mobile phones, connectors are required to reduce the size of the outer m 1 'and density to accommodate the miniaturization of mobile devices and the addition of grounding members in thin electrical connectors. One-to-one parts' board-to-board connectors are also not
電路板上的接地迴路中。 型化，另一方面，移動式設備的高功能性使得電路板上電子元 件的封裝密度更大，因此組成連接器的接觸端子排列的數量傾 向於增加，而且接觸端子排列的寬度和間距變得更窄。這樣一 來^各電子元件間就會受到雜訊與電磁干擾(emi)影響，為了 保卩禮辦接财電路板上的_和正f的魏倾，現大部In the ground loop on the board. On the other hand, the high functionality of the mobile device makes the packaging density of electronic components on the circuit board larger, so the number of contact terminal arrangements constituting the connector tends to increase, and the width and pitch of the contact terminal arrangement become Narrower. In this way, the electronic components will be affected by noise and electromagnetic interference (emi), in order to protect the _ and the positive f of the confession on the circuit board, most of the current
在板對板連接器中，插頭連接器與插座連接器通常被一起 使用，分別 li]企π ______ M369560 . 與插座連接$ 7對接時，其糾62與插座連接n 7的對接插 片71相連接組成一接地回路。然不難看出，上述插頭連接器 具有三種不同結_零件，各自均需要—套模具來完成生產， 插片62自然也獨自需要一套，這樣就難以減少模具費用，參 ,響整織品的銷域轉低，不概企紐爭力的提升；再 .者’零件種類多，使得製程工序增加，生產效率也就大為降低， <而贿生縣用提高；這些騎於在當今連接ϋ行業微薄利 潤的％代’實不便於現行生產發展與推廣，需要重新謀求解決 之道，以符合現行實際之需要。 有馨於此’本創作設計人針對上述缺陷與不足，經過長期 研究’並配合學_職，終於創設出—概夠解決上述不足 和缺陷的創作設計方案。 【新型内容】 _ 本_社要目的在於提供—種㈣錢糾接地結 構’公頭連接ϋ_與綱軒相_結構來作躺件，不但 減少了零件的數量，而且還方便了組裳。 • 本創作的另一目的在於提供一種板對板連接器接地結 構’該接地件在成型後被絕緣本體牢牢包覆裹住，在保證其作 為接地裝置的同時’還可用來作為連接器與電路板的固定裝置 使用。 為達到本創作的上述目的及解決問題，可以通過以下的技 術方案加以實現：本創作提供-種板對板連接器接地結構，該 4 M369560 板對板連接ϋ包括絕緣本體、若干支接觸端子及接地件所構 成“中、、恩緣本體开>成為細長箱體的形狀，其由一底板和沿 底板四周延伸出來的兩對長短不—的臂構成。 該等接觸端子是通触射成型（insertmdding)方式將以 等同間距固定在絕緣本體的兩長臂上，其包括有—水平焊接 部、從焊接部一端延伸的固定部及接觸部，從前到後一體式形 成。其中接觸部從固定部以略小於9〇方向斜向上延伸，為一 底部呈圓弧的倒“V”字形，該接觸部在成型後夾置於絕緣本體 的兩長臂上以固定，兩邊都可被接觸，可分為内接觸臂和外接 觸臂’兩接觸臂中間以—随相連接，其分別與對接連接哭上 的兩接觸點相對應接觸，於該外接觸臂上設有-向外突出的凸 點，該凸點在作為外臂上的接觸點的同時，還作為連接器與對 接連接II犧卡點，贿證峨峨效接觸，防止鬆脫。 _鱗結顯上述的接_子完全_，制樣通過嵌 ^成型方式成型’並將其__本__ ，臂同一縱向上;在與對接連接器作對接時，接心 p樣通過_越過對接咖對接接地件上的觸點，並同 的下端，將兩連接器的接地連成—整個回路，以 簡，還娜蝴_鬆動。但該 在成型包覆上不同於接觸端子，其上的固定部、内 ^内靖細讀的兩短臂 牛牛包復祕，只保留外接㈣和底部的焊接部露出，這樣一 M369560 來’就保證接地件在作為接地裝置的同時，還可用來作為連接 器與電路板的固定裝置使用。 相較於現有技術，本創作是利用將接地件設計成與接觸端 子相同的結構，只需—套模具即可完成兩者的生產，不再使用 如插片類等的結構為作接地構件，從而不但可㈣少零件的數 I，節省模具費用，而且還方便了製程組裝。 【實施方式】 為便於詳細說明本創作的實施結構，現配合附圖結合本創 作較佳的具體實關，對本齡的結構、舰及姐詳細說明 詳加說明如下，惟此實施似為方舰本創作的結構，並不對 本創作加以任何限制。 印參閱第2、3及4圖所示，為本創作板對板連接器1〇〇 之-具體實施例’該板對板連接器是蝴脂件通職射成型而 成’包括絕緣本體1、若干支接觸端子2及接地件3所構成。 其中，絕緣本體1形成為細長箱體的形狀，其由一底板u和 沿底板11 W周延伸出來的兩對長短不一的臂構成，其中兩長 臂12用以佈設接觸端子2，短臂13則是除了用來連接固定兩 長臂12，還在兩端與長臂的縱方向上用以佈設接地件3，且並 和長臂12 —道用來構成收容對接連接器4〇〇的收容空腔（未 標示）。 該等接觸端子2由金屬薄板衝壓和折彎形成，是通過嵌射 成型方式將其以等同間距固定在絕緣本體丨的兩長臂12上， 6 M369560 f不轉觸端子2，其地定部％、内接觸臂 =連接_娜331軸_说_請均被絕緣 5= 物嶋住，留外接觸臂脚底部的 门士 域—來，就保證接地件在作為接地裝置的 同:還可用來作為連接請與電路板（未標示）的固定袭 接地件3的焊接部31的長短較接觸端子2的為短， 缚與觸軒2騎構_，接地件3與接觸端子2 Γ騎诚射财，軸_再治具切除多 、口刀也就疋說在進行料帶前兩者的結構是不存在有任何差 響的。故，在這裏兩者的烊接部的長短是不對本創作有任何影 睛參閱第5與6圖所示，為本創作板對板連接請的接 觸端子2與對接連接器進行對接示意圖，當公頭連接器從上而 下插入時，百先，連接器的外接觸臂上232的凸點说和内接 觸臂231前端部分別對應接觸對接連接器上第一觸點川 和第二觸點412，隨著連接器的繼續插入，凸點234和内接觸 臂23!相配合對對接連接器上的第一觸點4ιι和第二觸點仍 進打擠壓’在對接連接器·的彈性部413的彈性作用下，凸 點辦越過第-觸點411後卡持於其的下端，内接觸臂231與 第-觸點412接觸則從開始時的前端部接觸移動到後端部，並 ^於内接觸臂231後端的歸端向外傾斜，更促使板對板連接 器腦的接觸端子2與對接連接器4〇〇的對接端子4ι間的接 M369560 觸力置增加’同時其上的凸點a#與第一觸點μi的卡持力量 也增大，保證了兩連接器間的傳輸穩定性。 。呀參閱第5與7圖所示’為本創作的接地件3與對接連接 器働的對接示意圖，該對接的順序是與上述接觸端子2的對 接同時進行的，為便於敍述清楚，故以分開敍述之；該對接連 接益400上的對接接地件42在本創作中也同樣以如圖示中的 -端子式結構顯示’來與#公頭連接器的接地件3作對接，當 接地件3的凸點334同樣通過讎越過對接連接器400對接接 地件42上的觸點421，在這裏的觸點421是被設計成固定的， 並同樣卡持於第三觸點421灯端，將兩連接器的接地連成一 整個回路’以更好兩連接關EMI，射以防止兩連接器 的鬆動。 °° 然而’以上所述之的對接連接器働結構因並不是本創作 的保護範圍，在此只是列舉—種結構來對本創作的連接器作在 應用上作⑨明，以使本領域技術者更加明瞭而已，當然，還可 有多種與摘作的連接結構她合的對接連接ϋ，故此，對接 連接器並不對本創作有任何限制。 本創作的重點在於：將接地件3設計成與接觸端子2相同 的結構，故只需-套模具即可完成兩者之生產，如此不但減少 零件的數量，而且還方便製程組裝，從而大大節省了製造成本。 本創作所舉的實施例及附圖，僅供作對本創作加以說 明’在於使熟悉該項技術者能如實瞭解本創作之目的與功效， 9 M369560 锻不對本創作加以任何侷限，本創作還尚可有其他的變化實 施方式’所以凡熟悉此項技術者能如實瞭解本創作之目的與功 效，在不脫離本案創作精神下進行其他樣式實施，均應視林 案申請專利範圍的等效實施。 【圖式簡單說明】 第1圖爲習知連接器結構； 第2圖爲本創作具體實施例之立體圖； | 第3圖爲本創作具體實施例之立體分解圖； 第4圖爲本創作具體實施例之接觸端子面剖視圖； 第5圖爲本創作的對接連接器之立體圖； 第6圖爲本創作具體實施例之接觸端子對接時示意圖；及 第7圖爲本創作具體實施例之接地件對接時示意圖。 【主要元件符號說明】 100—板對板連接器 1一絕緣本體 12—長臂 2—接觸端子 22— 固定部 23— ~接觸部 232—外接觸臂 234—凸點 31—焊接部 11一底板 13—短臂 21—~焊接部 221—臺階 231—内接觸臂 233—圓弧 3-~接地件 32—固定部 M369560In the board-to-board connector, the plug connector and the socket connector are usually used together, respectively. When the socket is connected with the socket for $7, the correction 62 is connected with the socket 7 of the socket connection n 7 The connections form a ground loop. It is not difficult to see that the above-mentioned plug connector has three different knots, each of which requires a set of molds to complete the production, and the insert 62 naturally requires a set, so that it is difficult to reduce the cost of the mold, and the sound of the fabric is swayed. The domain is turning low, and the competitiveness of the company is not improved. In addition, there are many types of parts, which increase the number of process steps, and the production efficiency is greatly reduced. <And the bribes are used to improve; these rides are connected today. The % of the industry's meager profits is not convenient for the current production development and promotion, and it needs to re-seek the solution to meet the actual needs of the present. With this in mind, the creative designer has been working on the above-mentioned shortcomings and deficiencies, and has finally created a creative design solution that solves the above-mentioned shortcomings and shortcomings. [New content] _ The purpose of this _ society is to provide a kind of (4) money rectification structure 公 _ _ _ _ _ _ _ _ _ _ _ _ _ structure _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ • Another purpose of this creation is to provide a board-to-board connector grounding structure. The grounding member is tightly wrapped by the insulating body after molding, and it can be used as a connector while ensuring its function as a grounding device. The board's fixture is used. In order to achieve the above object and solve the problem of the present invention, the following technical solutions can be realized: the present invention provides a board-to-board connector grounding structure, and the 4 M369560 board-to-board connection includes an insulating body, a plurality of contact terminals, and The grounding member constitutes a "middle, and the body is open" and is formed into a shape of an elongated box, which is composed of a bottom plate and two pairs of long and short arms extending along the periphery of the bottom plate. The contact terminals are through-contact molding. The (insertmdding) method is fixed on the two long arms of the insulative housing at equal intervals, and includes a horizontal soldering portion, a fixing portion extending from one end of the soldering portion, and a contact portion integrally formed from front to back. The portion extends obliquely upward in a direction slightly smaller than 9〇, and is an inverted “V” shape with a circular arc at the bottom. The contact portion is clamped on the two long arms of the insulating body to be fixed after being formed, and both sides can be contacted. Divided into an inner contact arm and an outer contact arm, the two contact arms are connected with each other, and are respectively in contact with the two contact points on the butt joint, and are disposed on the outer contact arm. - a convex point protruding outward, which serves as a contact point on the outer arm, and serves as a connector and a docking connection II. The bribe is in contact with the bribe to prevent loosening. The connection is completely _, the sample is formed by inlay molding and the __本__, the arm is in the same longitudinal direction; when docking with the docking connector, the connection is passed through the _ over the docking coffee The contacts on the piece, and the lower end of the same, connect the grounding of the two connectors into the whole circuit, so that it is simple, and it is also loose. However, the molding cover is different from the contact terminal, the fixing portion thereon, The two short-armed cattle and cattle in the inner and inner readings are secret, leaving only the external (four) and the bottom of the welded part exposed, so that a M369560 will ensure that the grounding member can be used as a connector and circuit while being used as a grounding device. The fixing device of the board is used. Compared with the prior art, the present invention utilizes the structure that the grounding member is designed to be the same as the contact terminal, and the production of the two can be completed only by using the sleeve mold, and the use of the inserting piece or the like is no longer used. The structure is used as a grounding member, so that not only can The number I of the few parts saves the mold cost, and also facilitates the process assembly. [Embodiment] In order to facilitate the detailed description of the implementation structure of the present creation, the structure of the present age is The detailed description of the ship and the sister is as follows, but the implementation seems to be the structure of the square ship creation, and does not impose any restrictions on the creation. See the figures 2, 3 and 4 for the creation of the board-to-board connector. 1. The board-to-board connector is formed by forming a butterfly member into an insulative housing 1 including a plurality of contact terminals 2 and a grounding member 3. The insulating body 1 is formed as The shape of the elongated box is composed of a bottom plate u and two pairs of arms of different lengths extending along the circumference of the bottom plate 11, wherein the two long arms 12 are used to lay the contact terminals 2, and the short arms 13 are used for connection. The two long arms 12 are fixed, and the grounding members 3 are disposed in the longitudinal direction of the both ends and the long arms, and the long arms 12 are used to form a receiving cavity (not labeled) for accommodating the mating connector 4〇〇. . The contact terminals 2 are formed by stamping and bending of a metal thin plate, and are fixed to the two long arms 12 of the insulating body 以 at an equal interval by means of inlay molding. 6 M369560 f does not touch the terminal 2, and the ground portion thereof %, inner contact arm = connection _ 331 axis _ say _ please be insulated 5 = object, leaving the door of the outer contact arm at the bottom of the door - to ensure that the grounding member is the same as the grounding device: also available The length of the welded portion 31 of the fixed grounding member 3 to be connected to the circuit board (not shown) is shorter than that of the contact terminal 2, and the contact with the touch panel 2, the grounding member 3 and the contact terminal 2 Shooting money, the axis _ re-cutting more than the knife, the mouth knife also said that there is no difference in the structure of the two before the tape. Therefore, the length of the splicing part of the two here does not have any impact on the creation. See Figures 5 and 6 for the docking of the contact terminal 2 and the docking connector for the board-to-board connection. When the male connector is inserted from top to bottom, the first point of the connector 232 on the outer contact arm of the connector and the front end of the inner contact arm 231 respectively correspond to the first contact and the second contact on the butt connector. 412, as the connector continues to be inserted, the bump 234 and the inner contact arm 23! cooperate with the first contact 4 ιι and the second contact on the docking connector to still squeeze the 'resistance of the docking connector. Under the elastic action of the portion 413, the bump passes over the first contact 411 and is held at the lower end thereof, and the inner contact arm 231 contacts the first contact 412 to move from the front end portion to the rear end portion, and ^ The home end of the rear end of the inner contact arm 231 is inclined outward, which further increases the contact force between the contact terminal 2 of the board-to-board connector brain and the mating terminal 4 of the mating connector 4A. The clamping force of the bump a# and the first contact μi also increases, ensuring two connections Between the transmission reliability is. . Referring to Figures 5 and 7, the schematic diagram of the grounding member 3 and the mating connector 为本 of the present invention is performed at the same time as the mating of the contact terminal 2, and is separated for the sake of clarity. In the present creation, the butt grounding member 42 on the docking connection 400 is also connected to the grounding member 3 of the # male connector in the same manner as the terminal-type structure shown in the figure, when the grounding member 3 The bump 334 also passes over the contact 421 on the grounding member 42 over the mating connector 400, where the contact 421 is designed to be fixed and is also held at the lamp end of the third contact 421, The grounding of the connector is connected to an entire circuit 'to better connect the two EMI, to prevent the two connectors from loosening. °° However, the above-mentioned butt connector structure is not the scope of protection of the present invention. Here, only the structure is listed to make the application of the connector of the present invention in order to make the person skilled in the art. More clearly, of course, there are a variety of docking connections that are combined with the extracted connection structure. Therefore, the docking connector does not have any limitation on the creation. The focus of this creation is: the grounding member 3 is designed to have the same structure as the contact terminal 2, so that only the set of molds can complete the production of the two, which not only reduces the number of parts, but also facilitates process assembly, thereby greatly saving Manufacturing costs. The examples and the accompanying drawings of the present invention are only for explaining the creation of the present invention, which is to enable the person familiar with the technology to understand the purpose and effect of the creation. 9 M369560 Forging does not impose any limitations on the creation, and the creation still has There may be other implementations of changes'. Therefore, those who are familiar with this technology can understand the purpose and efficacy of this creation in a true way, and carry out other styles without departing from the spirit of the creation of this case, and should consider the equivalent implementation of the patent application scope of the forest case. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conventional connector structure; FIG. 2 is a perspective view of a specific embodiment of the present invention; FIG. 3 is an exploded perspective view of a specific embodiment of the present invention; FIG. 5 is a perspective view of the mating connector of the present invention; FIG. 6 is a schematic view of the mating connector of the present embodiment; and FIG. 7 is a grounding member of the present embodiment. Schematic diagram of docking. [Description of main components] 100-board-to-board connector 1 - Insulating body 12 - Long arm 2 - Contact terminal 22 - Fixing portion 23 - Contact portion 232 - External contact arm 234 - Bump 31 - Weld portion 11 - Base plate 13—Short arm 21—~welding part 221—step 231—internal contact arm 233—arc 3-~ grounding piece 32—fixing part M369560
331—内接觸臂 333一圓弧 400—對接連接器 411—第一觸點 413—彈性部 421—觸點 6— 習知連接器 61—端子 7— 對接連接器 332—外接觸臂 334—凸點 41 一對接端子 412—第二觸點 42—對接接地件 62—插片 71—對接插片331 - inner contact arm 333 - arc 400 - butt connector 411 - first contact 413 - elastic portion 421 - contact 6 - conventional connector 61 - terminal 7 - butt connector 332 - outer contact arm 334 - convex Point 41 a pair of terminals 412 - second contacts 42 - butt joints 62 - tabs 71 - mating inserts
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