M335056 八、新型說明： 【新型所屬之技術領域】 本創作係關於—接曰> ^ ^ 模組連接器與線圈連組之模組連接器，尤其涉及 【先前技術】 ϋ 模組本中請第，49213號揭示^種線圈 及複數導電端子，、乂 括絕緣本體、固定於絕緣本體之電子模組 側壁具有一頂面及月丄述絕緣土體至少設有-側壁及-a容空間’ 子之複數引線，前;t面，前述電子模組設有連接到前述導電端 部、固定於前述咆緣電端子包括位於前述絕緣本體外之焊接 之連接部，前述連it則壁上之固持部及由固持部延伸出侧壁 與前述侧壁之底面平一平臺，㈣+臺設置於前述頂面f； 述導電端子一體出二1丁，丽述引線延伸並焊接於前述平臺上，前 先前κ + 攻置於絕緣本體内。 端子結構穩i端子—體成型設置於絕緣本體内，使 結構上能夠穩定固拄认種設置’製造比較複雜，我們需要，種^ 構，因此，有必要對絕緣本體，並且可以方便製造之端子结 易於製造。 刖技術進行改進以使端子能夠穩定固持且 【新型内容】 本"倉j 4乍之^目的少 於製造之端子結構H提種具有可穩定卡持於端子座且易 母、镇組連接器。 哭，括：二ίν本創作採用如下技術方案：-種模組連接 :二述端子模組包括轉接端子、端子座以及 辨，义則述端子座設有收容前述轉接端子之端子 划轉接端子設有具有—邊開口之框形部分，前述框形 口 p刀卡持於端子座之上下兩側，且框形部分處於端子座上側之一 端形成一水平平臺，前述線圈焊接於該平臺上表面，框形部分處 於端子座下側之一端設有焊接到母電路板上之焊接部。 相較於先前技術，本創作之模組連接器通過將轉接端子設 為具有一邊開口之框形部分，並將此框形部分對應卡持於端^座 6 M335056 t上、下ft使得端子於連接器之插拔方向上穩定卡持，^ 鬆動，且^、卡持於端子座下側之部分可以承受—定之作^ 從而便於安裝。 乍用力’ [實施方式】 的具ϊΐ二合第一圖至第四圖詳細介紹本創作之模組她 ί:第乞圖Λ第三圖’前述端子模組7包括子電路板5、對 接端H 轉接端子71、第二轉接端子73、線®75及收 睿前述弟一轉接端子71、第二轉接端子73和線圈75之端子座 Φ 77 ° 前述第一轉接端子71設有具有一邊開口之框形部分711， 前述框形部分711於其一端形成—第一水平平臺713，另一端垂 |延伸有可用於焊接到母電路板（未圖示）之焊接部715。 前述第二轉接端子73設有第二水平平臺731、由水平平臺 731走直延伸之延伸部735和由延伸部735垂直彎折延伸之焊接 端 73、3 : 前述線圈75設有可焊接到第一、第二水平平臺713、731 之導電引線（未圖示）。 前述端子座77對應前述第—轉接端子71之框形部分711 詨有側面774、下側面776及收容前述線圈乃之收容空間 775，^述收容空間775相對平行設有兩側壁772，前述兩側壁 7?2 又有收容第一、第二轉接端子71、73之第一、第二端 孑收=曰771、773，前述第一蠕子收容槽771對應前述第一轉 接端>、+、，框形部分711從前述上側面774延伸至下侧面776。 月,J 纟巴緣本體1設有可收容對接端子79之對接端子收容空 間。 此i松組連接器時，先將前述第一轉接端子71和第二轉 换端& ® 持收容於前述第一、第二端子收容槽77：1、773中， 前述叫夕I5收容於收容空間775並焊接至第一、第二轉接端子 71、 弟、第二水平平堂713、731之上表面，然後再將前 7 M335056 述弟二軺接端子73和對接端子79分別焊接於子電路板5之兩側 形成丽述端子模組7,然後將端子模組7裝入絕緣本體丨内形成 一組件，最後再將此組件裝入遮蔽殼體3内形成— = 接器100。 兀正扪衩、、且違 ，裝^成後，前述第一轉接端子71之框形部分711穩定卡 持，容於丽述第一端子收容槽771内，前述第一轉接端子7ι設 ^第一水平平堂713之一端和與第一水平平臺713平行之另一端 分，卡持於前述端子座77之上側面774和下侧面776，前述焊 接部:15垂直下側面776延伸出第一端子收容槽771。前述第二 #，端子73收容於前述第二端子收容槽773中，前述第二水平M335056 VIII. New description: [New technical field] This creation is about the module connector of the connector connector and the coil, especially related to the [prior art] ϋ No. 49213 discloses a coil and a plurality of conductive terminals, and includes an insulating body, a side wall of the electronic module fixed to the insulating body has a top surface, and a monthly description of the insulating soil body is provided with at least a side wall and a-a volume space. a plurality of leads, a front surface, and a t-plane, wherein the electronic module is provided with a connection portion connected to the conductive end portion and fixed to the edge of the electrical terminal, and includes a soldering portion located outside the insulating body, and the connection is fixed on the wall And a portion extending from the retaining portion to the bottom surface of the sidewall and the bottom surface of the sidewall, (4) + the table is disposed on the top surface f; the conductive terminal is integrally formed, and the lead wire extends and is soldered to the platform, before κ + attacked the body of the insulation. The terminal structure is stable and the i-terminal is formed in the insulating body, so that the structure can be stabilized and solidified. The manufacturing is more complicated. We need, the structure, therefore, it is necessary to insulate the body and can easily manufacture the terminal. The knot is easy to manufacture.刖Technology is improved to enable the terminal to be stably held and [new content] This is a less than the manufacturing terminal structure H. It has a stable support for the terminal block and easy-to-female and town group connectors. . Cry, including: two ίν This creation uses the following technical solutions: - type of module connection: the two terminal modules include the adapter terminal, the terminal block and the identification, the terminal block is provided with the terminal for accommodating the aforementioned transfer terminal The connecting terminal is provided with a frame-shaped portion having a side opening, the frame-shaped port p-knife is clamped on the upper and lower sides of the terminal block, and the frame-shaped portion is at one end of the upper side of the terminal block to form a horizontal platform, and the coil is welded to the platform On the upper surface, the frame portion is at one end of the lower side of the terminal block and is provided with a soldering portion welded to the mother circuit board. Compared with the prior art, the modular connector of the present invention has a frame-shaped portion having an opening on one side, and the frame-shaped portion is correspondingly held on the end of the frame 6 M335056 t Stabilize the card in the direction of insertion and removal of the connector, ^ loose, and ^, the part that is held on the lower side of the terminal block can withstand - to facilitate installation.乍力力' [Embodiment] The first picture to the fourth figure of the second embodiment show the module of the creation in detail. ί: 乞 图Λ Third figure 'The aforementioned terminal module 7 includes the sub-board 5, the butt end The H-transfer terminal 71, the second transfer terminal 73, the wire® 75, and the terminal block Φ 77 of the aforementioned first transfer terminal 71, the second transfer terminal 73 and the coil 75 are provided. The first transfer terminal 71 is provided. There is a frame portion 711 having an opening, the frame portion 711 is formed at one end thereof - a first horizontal platform 713, and the other end is extended with a welded portion 715 which can be used for soldering to a mother board (not shown). The second adapter terminal 73 is provided with a second horizontal platform 731, an extending portion 735 extending straight from the horizontal platform 731, and welding ends 73, 3 extending perpendicularly from the extending portion 735: the coil 75 is provided to be solderable to Conductive leads (not shown) of the first and second horizontal platforms 713, 731. The terminal block 77 corresponds to the frame portion 711 of the first transfer terminal 71, and has a side surface 774, a lower side surface 776, and a receiving space 775 for receiving the coil. The receiving space 775 is provided with two side walls 772 relatively parallel. The side wall 7? 2 further has a first and a second end receiving the first and second transfer terminals 71, 73. The first and second end receiving slots 771 correspond to the first transfer end. The +, frame portion 711 extends from the aforementioned upper side 774 to the lower side 776. In the month, the J 纟 缘 body 1 is provided with a docking terminal accommodating space for accommodating the mating terminal 79. In the case of the i-spin connector, the first transfer terminal 71 and the second transfer end & ® are first received in the first and second terminal receiving grooves 77:1 and 773, and the aforementioned I-I5 is accommodated in The accommodating space 775 is welded to the upper surface of the first and second transfer terminals 71, the second horizontal flat 713, 731, and then the front 7 M335056 弟二轺 接 terminal 73 and the butt terminal 79 are respectively soldered to The terminal module 7 is formed on both sides of the sub-board 5, and then the terminal module 7 is placed in the insulative housing to form a component, and finally the assembly is inserted into the shielding case 3 to form a connector 100. The frame-shaped portion 711 of the first transfer terminal 71 is stably clamped, and is accommodated in the first terminal receiving groove 771, and the first transfer terminal 7 is provided. One end of the first horizontal flat 713 and the other end parallel to the first horizontal platform 713 are held by the upper side 774 and the lower side 776 of the terminal block 77, and the welded portion 15 extends perpendicularly from the lower side 776. One terminal receiving groove 771. The second #, the terminal 73 is received in the second terminal receiving groove 773, the second level
平^ 731卡持於前述第二端子收容槽773之上側面774，前述焊 接端7=3烊接於前述子電路板5上。前述絕緣本體丨通過對接端 子79焊接於子電路板5上，前述對接端子79和端子座77分別 位於子笔路板5之兩侧，前述對接端子79收容於前述對接端子 收容空間内。 別a示一锝接端子71通過其框形部分711將端子卡持於端 子座77之上下兩侧774、776，從而使得端子於其與母電路板之 插拔方向上穩定固持，不易鬆動，並 處於端子座之 下料承受-定之作用力，從而，使得製造方便。 ^綜上所述，本創作確已符合新型專利之要件，爰依法提出申 # 2利准以上所述者僅係本創作之較佳實施方式，本創作之 並不以上述實施方式爲限，舉凡熟習本案技藝之人士援依本 内作之精神所作之等效修飾或變化，皆應涵以下申請專利範圍 【圖式簡單說明】 創作模組連接器之立體組裝視圖。 第二二1、創作模組連接器之端子模組立體視圖。 第本創作模組連接器之端子模組另—立體祝圖。 【Γ要圖\本，乍模組連接器之爆炸立體視圖。 L王要7〇件符號說明】 ^連接$ 1GG 絕緣本體 丨 心敝设體 3 ^ 子電路板 5 8 M335056 端子模組 7 第一轉接端子 71 框形部分 711 第一水平平臺 713 焊接部 715 第二轉接端子 73 第二水平平臺 731 焊接端 733 延伸部 735 線圈 75 端子座 77 第一端子收容槽 771 側壁 772 第二端子收容槽 773 上側面 774 收容空間 775 下側面 776 對接端子 79The flat surface 731 is held on the upper side 774 of the second terminal receiving groove 773, and the soldering end 7=3 is connected to the sub-circuit board 5. The insulative housing is soldered to the sub-board 5 via the mating terminal 79. The mating terminal 79 and the terminal block 77 are respectively located on both sides of the sub-pen 5, and the mating terminal 79 is received in the mating terminal receiving space. In addition, a terminal 71 is clamped to the upper and lower sides 774 and 776 of the terminal block 77 through the frame portion 711, so that the terminal is stably held in the insertion and removal direction of the mother circuit board, and is not easy to loosen. And under the terminal block, the material is subjected to a predetermined force, thereby making the manufacture convenient. In summary, this creation has indeed met the requirements of the new patent, and the application of the application in accordance with the law is not only the preferred embodiment of the creation, but the creation is not limited to the above embodiment. The equivalent modifications or changes made by those who are familiar with the skills of this project should be based on the following patent application scope [simplified illustration] The three-dimensional assembly view of the creation module connector. The second two-dimensional view of the terminal module of the module connector is created. The terminal module of the first creation module connector is another three-dimensional plan. [Γ图图\, the exploded perspective view of the module connector. L Wang wants 7 符号 symbol description] ^ Connect $ 1GG Insulated body 敝 敝 3 3 ^ Sub-circuit board 5 8 M335056 Terminal module 7 First transfer terminal 71 Frame-shaped part 711 First horizontal platform 713 Weld 715 Second transfer terminal 73 second horizontal platform 731 solder end 733 extension 735 coil 75 terminal block 77 first terminal receiving groove 771 side wall 772 second terminal receiving groove 773 upper side 774 receiving space 775 lower side 776 docking terminal 79