M257025 捌、新型說明： 【新型所屬之技術領域】 本創作係關於一種板對板連接器模組，特是 门枯對接後具有防止鬆脫之板對板連接器組合。 【先前技術】 接之ίίί Λίίΐ板i用於與另一電路板上的連接器對 ίίΐΐ 係包括插座連接器與插頭連接器， U ，國專利第 5，199,884、5,224,886、 4短;“二ϋ等專利案。此類板對板連接器模組隨 電子更疋力求小型化與功能並重。且，在 ^員傳輸的要求下，導電端子的數量增加，因* 焊fit導+電端子相互間對接的穩固性，皆已為^計 ΐί 反連接器模組分別存在以下的 5 199(8^4^ f 烊接穩固性不夠…前述習知第 案的板對板連接器模組關在插座ί 強d，接产片，用於強化與電路板焊接的 ^ &供結合的穩固性較差，且，容 g 題，而影響最中產品的品質。 k雌1、十旱度問 5 入力高…前述習知第5,224,886與 “山專利案的板對板連接器組合，固然在相對接的 2 大但是，其接觸部的撓性集中在 泸真) f體構形不適合小型化…前述習知第5,224,88ό it+拉：’由於插座連接器之導電端子的u形接觸段為了接 供對接時的緩衝彈性，係與干涉段保持一段距2 M257025 無Jft，：高度也因為U形體的限制亦無法 旁叉辦低法適合愈趨小型化的設計需求。 【新型内容】 能金妾器模組之目的，即，在於提供一種 小型化設計，同時，不作呈，可以配合 為ίΐ rb有效扣合之板對板連接器模組。 頭連接器與插恤秘雜賴_包括插 該插頭連接器包含第一本體，苴 ff在第—本體的相對兩側面上，而i收 弟:亡體的側緣。同樣，該插座連接器 於该插座連接器之第二本體的側緣。 ^』又置 的接採沖壓成型，具有相對應 的，接臂r其懈# dfj接該連接段由干涉臂的底緣水 ^敏•心有利肢小的斜面，以提供對接時傭入 直立^^插甘頭if器的導電端子係採_成型，具有-ϋίϋ侧設有扣合部，且，該接觸面的端部!有 導電iiS員ίυ二導i端子之扣合部與插座連接器的 接觸段的斜面’提供以低插入力、高拔出力的對 【實施方式】 相石?，本創作板對板連接器模組1，係包含可 相對接的插頭連接器2與插座連接器3,乃分別組裝在不同 M257025 的電路板[未示出）上提供電訊連接。 該插頭連接器2，請配合第二至六圖觀之，包 及第—端子22，其中第—本體2〇，為 扁士形體，具有對接面201及焊接面202，於對接面2〇1上巧 穿ί接複數第一收容孔203，用於收容第一 接面2G1的四角落分別設有定位柱23。又， j 4艾弟了，谷孔203的相對面之侧緣分別設有焊接塾片 ’鮰配5第六圖觀之，其具有焊接面21〇、接合面211及 連接於焊接面210與接合面211的連接面212，其中連接 212係由焊接面210的近中央所延伸出，且，接合面211 連接面212的寬度延伸設置。另，在該接合面211的 相上設有产位缺口214，請配合第四圖觀之，該定位缺 口 係可與第一本體2〇之對接面2〇1的卡柱215嵌卡，以防 止前後方向的鬆動。 該弟一端子22，請配合第五圖觀之，係沖壓成型，組 ，於該第了收容孔203，具有一直立接觸面221，其一侧設有 扣合部，係由兩個保持適當間距的凸弧222組成。且，該接 觸面221的端部具有導引面223，以利於對接時的引導。另， 相對於接觸面221的一側底緣水平延伸有焊接面224，用於袅 面黏著焊接。 該插座連接器3，請參閱第一圖配合第七至九圖觀之， 包括：第二本體30,焊接墊片31及第二端子32,其中該第二 本體30 ’為扁長形體，具有對接面3〇1及焊接面3〇2，於對接 面301，央設有對接槽3〇3，其具有兩長軸面3〇4與兩短軸面 305^’該,接槽303的兩長軸面304分別設有貫穿焊接面3〇2 的複數第二收容孔306，用於收容第二端子32。另，第二本 體30的四腳落設有貫穿對接面301及焊接面302的組裝孔33 用於與前述第一本體20之定位柱23組接。又，且相鄰於第二 收容孔306的相對面之側緣分別設有焊接墊片31，請配合第 九圖觀之，其具有焊接面310、接合面311及連接於焊接面31〇 與接合面311的連接面312，其中，連接面312與接合面311 係以相同於焊接面310的面積延伸出，且，連接面312上設有 嵌口313用於與第二本體30上的卡塊307嵌卡，以防鬆脫。 另，而焊接面310與接合面311的兩側分別設有定位孔34，係 M257025 相對於第二本體30上的組裝孔33，可供前述第一本體20的定 位柱23穿引組裝，而將焊接墊片31與第二本體3〇組接 體0 ' 讀弟二端子32，請配合第八圖觀之，係沖壓成型，电 裝於該等第二收容孔306，包含具有相對應的接觸臂321與干 涉臂322，及由干涉臂322的一端延伸可與電路板（未示'出） 焊接的焊接臂323，其中該干涉臂322係直立設置，具有干斧 體324，而該接觸臂321包含連接段325及接觸段326'、該連以 段325由干涉臂322的底緣水平延伸一段長度，並作彎折後傾 名牛向上再彎折與接觸段326連接，而該接觸段326的端部設有 導引气度士的斜面327，以提供對接時低插入力。 續請參閱第十圖，為本創作板對板連接器模組丨之插頭 連接器2與插座連接器3對接的示意圖，如圖所示可以清楚的 ^出’由於該第二端子32上的接觸段326的斜面327以小角产 導引來與第一端子22對接，因此，除具有順勢導引的效g 1，亦可以減少對接時的插入力量。同時，對接定為後， 弟ί端亏32的?觸段326是被第一端子22之凸弧222嵌卡，而 不^有鬆脫。當拔出時，該第一端子22由於必須克服第二姓 子32的接觸段326被壓縮的儲能，因此，須以較插力^ ^，出。是以，可以提供低插入力、高拔V】，M257025 新型 Description of the new type: [Technical field to which the new type belongs] This creation relates to a board-to-board connector module, especially a board-to-board connector combination that prevents loosening after door mating. [Prior technology] The connection board ίίΛΛίΐ is used to connect with a connector on another circuit board. The system includes a socket connector and a plug connector. U, National Patent No. 5,199,884, 5,224,886, 4 short; "二 ϋ" Such as patent cases. This type of board-to-board connector module strives for miniaturization and equal emphasis on functions with electronics. And, under the requirements of transmission, the number of conductive terminals increases, because * soldering and electrical terminals are connected to each other. The stability of the docking has been calculated. The anti-connector modules have the following 5 199 (8 ^ 4 ^ f). The board-to-board connector module of the conventional case is closed in the socket. ί Strong d, the production film, used to strengthen the welding with circuit board ^ & supply stability is poor, and the capacity of the problem, and affect the quality of the most middle-class products. High ... The combination of the above-mentioned conventional No. 5,224,886 and the board-to-board connector of the "Mountain Patent Case", although the two are relatively large, but the flexibility of the contact portion is concentrated in the true) The f-body configuration is not suitable for miniaturization ... Know the 5,224,88th it + pull: 'Because of the conductive terminals of the socket connector In order to provide buffering elasticity during docking, the U-shaped contact section is kept at a distance of 2 M257025 from the interference section without Jft. The height is also limited by the U-shaped body. The side-by-side low method is suitable for the increasingly miniaturized design requirements. [New content] The purpose of the power module is to provide a miniaturized design, and at the same time, it does not present a board-to-board connector module that can be effectively fastened as ΐ rb. The head connector and the plug are mixed. The plug connector includes a first body, and ff is on the opposite sides of the first body, and i is the side edge of the dead body. Similarly, the socket connector is on a side edge of the second body of the socket connector. ^ 』The next set of punching and forming, with the corresponding, the joint arm its slack # dfj connected to the connection section by the interference of the bottom edge of the arm ^ Min • the small bevel of the favorable limbs, to provide upright when docking ^^ The conductive terminal of the plug-in device is formed by _, with a snap-in part on the -ϋίϋ side, and the end of the contact surface! There is a conductive iiS member, the two-lead i-terminal's snap-in part is connected to the socket The slope of the contact section of the connector provides a pair with low insertion force and high pull-out force. [Embodiment] Phase stone? This creative board-to-board connector module 1 includes a plug connector 2 and a socket that can be opposite to each other. Connector 3 is assembled on different M257025 circuit boards (not shown) to provide telecommunication connections. The plug connector 2, please match the second to sixth figures, including the first terminal 22, where the first body 20 is a flat-shaped body, with a mating surface 201 and a welding surface 202, on the mating surface 201. The plurality of first accommodating holes 203 are connected through the upper side, and positioning pillars 23 are respectively provided at the four corners of the first interface 2G1. In addition, J 4 Ai, the side edges of the opposite surface of the valley hole 203 are respectively provided with welding cymbals, as shown in FIG. 5, which has a welding surface 21o, a joining surface 211, and a connection between the welding surface 210 and The connecting surface 212 of the joining surface 211 is a connection surface 212 extending from the near center of the welding surface 210. The width of the connecting surface 212 of the joining surface 211 is extended. In addition, a production gap 214 is provided on the phase of the joint surface 211. Please cooperate with the fourth figure to see that the positioning gap can be inserted into the card post 215 of the butt joint surface 201 of the first body 20 to Prevent looseness in the front-rear direction. The first terminal 22, please refer to the fifth figure. It is stamped and formed. The first receiving hole 203 has an upright contact surface 221, and one side is provided with a buckle. The spaced convex arc 222 is composed. In addition, an end of the contact surface 221 has a guide surface 223 to facilitate guidance during docking. In addition, a welding surface 224 extends horizontally from the bottom edge of one side with respect to the contact surface 221, and is used for adhesive welding on the concrete surface. The socket connector 3, as shown in the first figure and the seventh to the ninth figures, includes: a second body 30, a welding pad 31, and a second terminal 32, wherein the second body 30 'is an oblong body having The abutting surface 3101 and the welding surface 3202 are provided at the abutting surface 301 with an abutting groove 3 as a center. The abutting groove 3 has two major axis surfaces 304 and two short axis surfaces 305. The long axis surfaces 304 are respectively provided with a plurality of second receiving holes 306 penetrating the welding surface 302 for receiving the second terminals 32. In addition, the four legs of the second body 30 are provided with assembly holes 33 penetrating the abutting surface 301 and the welding surface 302 for assembling with the positioning posts 23 of the first body 20. In addition, the side edges of the opposite surfaces adjacent to the second receiving hole 306 are respectively provided with welding pads 31. Please cooperate with the ninth view, which has a welding surface 310, a joining surface 311, and a connection to the welding surface 31. The connecting surface 312 of the connecting surface 311, wherein the connecting surface 312 and the connecting surface 311 extend with the same area as the welding surface 310, and an indentation 313 is provided on the connecting surface 312 for connecting with the card on the second body 30. Block 307 inserts the card to prevent loosening. In addition, positioning holes 34 are provided on both sides of the welding surface 310 and the bonding surface 311, respectively. The M257025 is opposite to the assembly hole 33 on the second body 30, and can be used for the assembly and positioning of the positioning column 23 of the first body 20. The welding pad 31 and the second body 30 are connected to the second body 32. Please read the second terminal 32 according to the eighth view. It is formed by stamping, and is electrically installed in the second receiving holes 306. The contact arm 321 and the interference arm 322 and a soldering arm 323 extending from one end of the interference arm 322 and capable of being soldered to a circuit board (not shown), wherein the interference arm 322 is set upright and has a dry axe body 324, and the contact The arm 321 includes a connecting section 325 and a contacting section 326 ', and the connecting section 325 is extended horizontally by a length from the bottom edge of the interference arm 322, and is bent and then bent upward to connect with the contacting section 326, and the contact The end of the segment 326 is provided with a bevel 327 for guiding the airtight to provide a low insertion force during docking. Continue to refer to the tenth figure, which is a schematic diagram of the docking connector 2 and the socket connector 3 of the board-to-board connector module of the creative board. As shown in the figure, it can be clearly shown that `` the second terminal 32 The inclined surface 327 of the contact section 326 is butted with the first terminal 22 with a small angle guide. Therefore, in addition to having the effect of homeotropic guidance g 1, the insertion force during the butt can also be reduced. At the same time, after the docking is set, the contact section 326 of the terminal 32 is inserted by the convex arc 222 of the first terminal 22 without being loosened. When pulled out, the first terminal 22 must overcome the compressed energy storage of the contact section 326 of the second name 32, so it must be pulled out with a relatively high insertion force. Therefore, it can provide low insertion force and high extraction V],
Siiii 1效果，。另，請參閱第十一圖，本創作板 =，連接时杈組1之插頭連接器2與插座連接器3，由於皆嗖 ίί 面210,310、接合面211，311 及連接面212,31 ‘ ΐ片21，31，因而可有效的夾置於該第一、二本體20 30 的側气，以提供能與電路板穩固焊接效果。 ， 从^宗上所述，本創作板對板連接器模組符合新型專利要 祕ϋϊΐ以上所述者僅為本創作之較佳實施例而已，大凡依 篇#創作所為之各種修飾與變化，仍應包含於本專利申請範 【圖式簡單說明】 創作板對板連接器模組之立體分解圖。 $二圖為弟一圖中插頭連接器的立體組合圖。 弟二、四圖為第二圖的正視圖與底視圖。 M257025 第五圖為第二圖的5-5剖視圖。 第六圖為第二圖的6-6剖視圖。 第七圖為第一圖中插座連接器的立體組合圖。 第八圖為第七圖的8-8剖視圖。 第九圖為第七圖的9-9剖視圖。 第十圖為第五圖與第八圖對接的示意圖。 第十一圖為第六圖與第九圖對接的示意圖。 【元件代表符號簡單說明】 板對板連接器模組1 插頭連接器 2 第一本體 20 焊接墊片 21 第一端子 22 定位柱 23 對接面 201 焊接面 202 第一收容孔 203 焊接面 210 接合面 211 連接面 212 定位缺口 214 卡柱 215 接觸面 221 凸弧 222 導引面 223 焊接面 224 插座連接器 3 第二本體 30 焊接墊片 31 第二端子 32 組裝孔 33 定位孔 34 對接面 301 焊接面 302 對接槽 303 長軸面 304 短軸面 305 第二收容孔 306 卡塊 307 焊接面 310 接合面 311 連接面 312 嵌口 313 接觸臂 321 干涉臂 322 焊接臂 323 干涉體 324 連接段 325 接觸段 326 斜面 327Siiii 1 effect. In addition, please refer to the eleventh figure, this creative board =, when connecting the plug connector 2 and the socket connector 3 of the branch group 1, since the surfaces 210,310, the joint surfaces 211,311, and the connection surfaces 212,31 ′ ΐ The sheets 21 and 31 can be effectively clamped in the side air of the first and second bodies 20 30 to provide a stable soldering effect with the circuit board. From the above, the board-to-board connector module of this creation complies with the new patent. The above is only the preferred embodiment of this creation, and the various modifications and changes made by Da Fan Yi Pian #. It should still be included in this patent application. [Schematic description] Three-dimensional exploded view of the creative board-to-board connector module. The second figure is a three-dimensional combined view of the plug connector in the first figure. The second and fourth pictures are the front view and the bottom view of the second picture. M257025 The fifth figure is a 5-5 cross-sectional view of the second figure. The sixth figure is a 6-6 cross-sectional view of the second figure. The seventh figure is a perspective assembled view of the socket connector in the first figure. The eighth figure is a 8-8 cross-sectional view of the seventh figure. The ninth figure is a 9-9 sectional view of the seventh figure. The tenth diagram is a schematic diagram of the docking between the fifth diagram and the eighth diagram. The eleventh figure is a schematic diagram of the docking between the sixth figure and the ninth figure. [Simple description of component representative symbols] Board-to-board connector module 1 Plug connector 2 First body 20 Welding pad 21 First terminal 22 Positioning post 23 Butting surface 201 Welding surface 202 First receiving hole 203 Welding surface 210 Welding surface 211 Connecting surface 212 Positioning notch 214 Cylinder 215 Contact surface 221 Convex arc 222 Guide surface 223 Welding surface 224 Socket connector 3 Second body 30 Welding pad 31 Second terminal 32 Assembly hole 33 Positioning hole 34 Abutting surface 301 Welding surface 302 Docking slot 303 Long axis surface 304 Short axis surface 305 Second receiving hole 306 Block 307 Welding surface 310 Welding surface 311 Connecting surface 312 Insert 313 Contact arm 321 Interfering arm 322 Welding arm 323 Interfering body 324 Connecting section 325 Contact section 326 Bevel 327
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