M341332 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器模組，尤其涉及一種軟性電路 板連接器模組。 - 【先前技術】 • # ’隨著科技的進步，行動電話、筆記本電腦等電子 •產品的應用越來越廣泛。這些電子產品的不同部分之間通 • 常需要藉由軟性電路板連接在一起，因此這些電子產品内 通常設置卡接軟性電路板的電連接器。 卡接軟性電路板的電連接器包括一絕緣本體，該絕緣 本體上插設有複數個大致呈“H”型的導電端子。絕緣本體 的-端樞接有_開合部，且該開合部的一端插入導電端子 内。在將軟性電路板固定在電連接器上時，將軟性電路板 從絕緣本體的另—端插設在導電端子上，然後閉合該門入 • _ ’ s謂合部抬起導電端子的—m使導電料= 一端夾住軟性電路板。 . $ ’上14習知的電連接11僅籍由導電端子對軟性電路 板夾持固定，因此固持力有限，當電連接器在使用過=中 出現震動、搖晃時，軟性電路板往往會發生鬆動和移位， 從而造成軟性電路板與導電端子接觸不良。 【新型内容】 本創作之目的係針對上述習知技術存在之缺陷提供一 種能增加與電路板之間卡持力的電連接器模組。 、 5 M341332 為達成上述目的，本創作之電連接器模敏， 緣本體、1合部、—電路板、複數導電端 邑 子。該絕緣本體的前端開設有一收 3卡持端 =有，槽，且絕緣本體上開設有兩; 2體的並與收容槽和開σ槽連通的 、=亥絶緣 極接於收容槽内=卡槽以收容該等導電端子。開合: 路板置於絕緣本體^部上開設有複數個卡持槽。電 設有—卡位槽。槽内，該電路板的左右兩側各開 端子具有-端子插設在切端切内，卡掊 -連接橋，連接橋部丄卡持部的中部向上凸伸有 的前端抵壓在部;後延㈣卡持^，卡持臂 卡狗部，兮卡納立 +持I的後端向下凸伸形成 如上=鉤部卡扣錢路板的卡位槽中。 有- 鉤部路電連接器模組藉由兩卡持端子的卡 力，彳^^ 卡位槽中，可增加電路板的固持^ 【實二:電路板的插接更牢固普 的心細=作之技術内容、構造特徵、所達成目 請參閱第一 實施例並配合圖式詳予說明。 組包括-絕緣本及第三圖，本創作電連接器模 ⑽，絕緣本體1G緣本體1G的前端開設有—收容槽 1〇〇具有—底辟1Π的後端開設有—開口槽1G8。該收容槽 -土 〇1和兩側壁102。絕緣本體10上開設有 M341332 延伸到底壁101上的複數個第一端子卡槽1〇3和複數第二 端子卡槽104 ’且該等第一端子卡槽1〇3和第二端子卡槽 104交錯分布。該收容槽100的底壁1〇1在靠近兩侧壁1〇2 處分別開設有一前後貫穿絕緣本體1〇的並與收容槽1〇〇和 開口槽108連通的卡持端子槽1〇5。該收容槽1〇〇的兩侧壁 102上皆開設有一定位槽106和一卡持部槽1〇7。該開口槽 108的内壁上開設有一橫向延伸的並與相應的第一端子卡 槽103、第二端子卡槽1〇4和卡持端子槽1〇5連通的插接槽 109 〇 請參閱第一圖、第四圖及第五圖，所述複數第一端子 卡槽103中各插設有一第一導電端子2〇，第一導電端子2〇 具有一前後延伸的條狀的第一固持部2〇〇，第一固持部2〇〇 的後端向下凸伸形成一第一凸部2〇丨，第一固持部2〇〇的中 邛分別向上凸伸形成有一第一凸台2〇2和一第一連接部 210。該第一固持部200上凸伸有—位於第一凸部2〇1與第 凸台202之間的第一凸齒204。該第一固持部2〇〇上還凸 伸有一第一卡位部203。該第一連接部21〇的上端連接有一 刖後延伸的第一彈臂220,該第一彈臂22〇的前端向下凸伸 形成有一第—卡鉤221，其後端向下凸伸形成有—第一接觸 部222。該第一導電端子20插設於第一端子卡槽1〇3中， 該第-固持部200置於第-端子卡槽⑽Θ，且第一卡位 部203抵卡在第-端子卡槽1G3的槽壁上，第—凸部2〇1 伸出第一端子卡槽103並伸入到開口槽ι〇8内，第一彈臂 7 M341332 220位於第一端子卡槽103的上部，且第一卡鉤221伸入到 收容槽100内。 所述複數第二端子卡槽104中各插設有〆第二導電端 子30,第二導電端子30的結構與第一導電端子20的結構 大致相同，其分別具有一第二固持部300、第二凸台302、 第二卡位部303、第二凸齒304、第二連接部310、第二彈 臂320、第二卡鉤321及第二接觸部322;其不同之處在於：M341332 VIII. New description: [New technical field] The present invention relates to a connector module, and more particularly to a flexible circuit board connector module. - [Prior Art] • # ‘With the advancement of technology, electronic phones such as mobile phones and notebook computers have become more and more widely used. These parts of the electronic product often need to be connected together by a flexible circuit board, so electrical connectors that are connected to the flexible circuit board are usually provided in these electronic products. The electrical connector of the flexible circuit board includes an insulative housing having a plurality of substantially "H" shaped conductive terminals interposed therebetween. The end of the insulative housing is pivotally connected to the opening and closing portion, and one end of the opening and closing portion is inserted into the conductive terminal. When the flexible circuit board is fixed on the electrical connector, the flexible circuit board is inserted from the other end of the insulating body on the conductive terminal, and then the door is closed. _ ' s is the portion of the conductive terminal that lifts the conductive terminal. Make the conductive material = clamp the flexible circuit board at one end. The electrical connection 11 of the above 14 is only clamped and fixed to the flexible circuit board by the conductive terminal, so the holding force is limited. When the electrical connector vibrates or shakes in the used =, the flexible circuit board often occurs. Loose and displaced, resulting in poor contact between the flexible circuit board and the conductive terminals. [New Content] The purpose of this creation is to provide an electrical connector module capable of increasing the holding force with a circuit board in view of the above-mentioned drawbacks of the prior art. 5 M341332 In order to achieve the above objectives, the electrical connector of the present invention is sensitive, the edge body, the 1 joint portion, the circuit board, and the plurality of conductive terminals. The front end of the insulative housing has a receiving end of the receiving body = a slot, and the insulative housing is provided with two; 2 body and is connected with the receiving slot and the opening σ slot, and the inner insulating pole is connected to the receiving slot = card The slots are for receiving the conductive terminals. Opening and closing: The road board is placed on the insulating body and has a plurality of holding slots. The electric device is provided with a card slot. In the slot, the open terminals on the left and right sides of the circuit board have a terminal inserted in the cut end, a latch-connecting bridge, and a front end of the connecting bridge portion of the latching portion protrudes upwardly against the portion; The extension (four) card holds ^, the card holds the arm card dog part, and the rear end of the 兮卡纳立+I holds downwardly to form the card slot of the above-mentioned hook-and-hook money board. Yes - The hook-and-loop electrical connector module can increase the holding of the circuit board by the card force of the two holding terminals. 实^^ The clamping of the circuit board can be increased. [2: The plug-in of the circuit board is more secure. The technical content, structural features, and objectives of the present invention are described in detail with reference to the first embodiment. The group includes an insulating body and a third figure. The present invention is an electrical connector module (10). The front end of the insulating body 1G edge body 1G is provided with a receiving groove. The rear end of the insulating base 1 has an open groove 1G8. The receiving groove - the soil 1 and the two side walls 102. The insulating body 10 is provided with a plurality of first terminal card slots 1〇3 and a plurality of second terminal card slots 104′ extending from the bottom wall 101 of the M341332, and the first terminal card slot 1〇3 and the second terminal card slot 104 Staggered distribution. The bottom wall 1〇1 of the receiving slot 100 defines a latching terminal slot 1〇5 extending through the insulative housing 1〇 and communicating with the receiving slot 1〇〇 and the opening slot 108, respectively, adjacent to the side walls 1〇2. A positioning slot 106 and a latching slot 1〇7 are defined in the two side walls 102 of the receiving slot 1 . The inner wall of the opening slot 108 defines a socket slot 109 extending laterally and communicating with the corresponding first terminal slot 103, the second terminal slot 1〇4 and the latching terminal slot 1〇5. In the fourth, fifth and fifth figures, a first conductive terminal 2 is inserted into each of the plurality of first terminal slots 103, and the first conductive terminal 2 has a strip-shaped first holding portion 2 extending forward and backward. 〇〇, the rear end of the first holding portion 2〇〇 protrudes downward to form a first convex portion 2〇丨, and the middle middle portion of the first holding portion 2〇〇 protrudes upward to form a first protruding portion 2〇2 And a first connecting portion 210. The first retaining portion 200 has a first protruding tooth 204 protruding between the first convex portion 2〇1 and the first boss 202. A first latching portion 203 is also protruded from the first holding portion 2 . The first end of the first connecting portion 21 is connected to a first elastic arm 220 extending rearward. The front end of the first elastic arm 22b protrudes downwardly to form a first hook 221, and the rear end thereof protrudes downward. There is a first contact portion 222. The first conductive terminal 20 is inserted into the first terminal card slot 1〇3, the first holding portion 200 is placed in the first terminal card slot (10), and the first latching portion 203 is stuck in the first terminal card slot 1G3. The first protrusion 7 341 extends from the first terminal slot 103 and extends into the opening slot ι 8 , and the first elastic arm 7 M341332 220 is located at the upper portion of the first terminal slot 103, and the first slot A hook 221 extends into the receiving slot 100. Each of the plurality of second terminal card slots 104 is interposed with a second conductive terminal 30. The structure of the second conductive terminal 30 is substantially the same as that of the first conductive terminal 20, and each has a second holding portion 300, a second boss 302, a second latching portion 303, a second protruding tooth 304, a second connecting portion 310, a second elastic arm 320, a second hook 321 and a second contact portion 322; the difference is:
該第二凸齒304從第二固持部300的後端凸伸形成，第二 固持部300的前端向下凸伸有一第二凸部301。該第二固持 部300卡持於第二端子卡槽1〇4内，第二卡位部3〇3抵卡 在第二端子卡槽104的槽壁上，且第二凸部301向下伸出 第一子卡槽103 ’該第二凸部301伸入到收容槽内， 該第二彈臂320卡持於第二端子卡槽1〇4内，且第二卡鉤 321伸入到收容槽10〇内。 請參閱第一圖及第六圖，所述兩卡持端子槽1〇5中各 插設有-卡持端子4〇 ’卡持端子4〇具有一條狀的卡持部 400 ’卡持部400的後端向下凸伸形成一接合齒仞1。該卡 持部_的中部向上凸伸形成有—凸播部撕和—連=产 41〇。該卡持部400上還凸伸有一固位卡齒4〇3。 ^ 410的上端連接有一前後延伸的卡持臂420,卡持臂 ^ 前端向下凸伸形成有-凸齒部421，其後端向下凸 一 卡鉤部422。該兩卡持端子40分別插設在相應的切端^ 槽105内，卡持部400位於卡持端子槽1〇5的下半部八， 8 M341332 接合齒401伸入收容槽1〇〇内，且固位卡齒4〇3卡持在卡 持端子槽105的槽壁上。該卡持臂42〇位於卡持端子槽1〇5 的上半部分，且凸齒部421伸入到收容槽1〇〇内。 請參閱第一圖、第七圖及第八圖，絕緣本體10的收容 槽1〇〇内樞裝有一開合部50,該開合部50上開設有複數個 卡持槽502。該開合部5〇的左右兩侧面上分別凸伸有一樞 軸500和一卡齒5〇1，樞軸5〇〇插設在絕緣本體的定位 槽106内，該開合部5〇 一端伸入第一彈臂22〇和第一固持 部200、第二彈臂32〇和第二固持部3〇〇及卡持臂*如和卡 持部400之間，第一卡鉤22卜第二卡鉤321及凸齒部d 分別對應伸入卡持槽502中。 請參閱第一圖、第七圖和第八圖，本創作之電連接器 核組在絕緣本體10的插接槽109内插設有一電路板㈧，電 路板60的左右兩側各開設有一卡位槽6〇1。當電路 播設到插接槽1G9 _ ’開啟開合部5()，將電路板6〇從絕 緣本體10的後端插入第一彈f 2 2 〇和第一固持部·、第 二彈臂320和第二固持部及卡持臂和卡持部棚 之間；然後閉合開合部5〇,開合部5G向上推頂第一卡釣 22卜第二卡鉤321和凸齒部42卜從而使第-彈臂22〇、 第二彈臂320和卡持臂42〇的後端下壓，進而使第一接觸 部222和第二接觸部3Μ分別壓緊在電路板6〇的相應接觸 點上以及使卡鉤部422卡扣在相應的卡位槽6〇1内。此外， 該等第-導電端子2G的第—凸齒2G4和第二導電端子％ M341332 的第二凸齒304可向上抵頂在電路板60上，從而使第一接 觸部222和第二接觸部322同電路板60的抵接更牢靠。 如上所述，本創作電連接器模組藉由兩卡持端子40的 卡鉤部422卡扣在電路板60的卡位槽601中，可增加電路 板60的固持作用力，從而使電路板60的插接更牢固、可 靠。 【圖式簡單說明】 第一圖係本創作電連接器模組的立體分解圖。 第二圖係第一圖所示之絕緣本體的立體圖。 第三圖係第二圖所示之絕緣本體的另一視角的立體 圖。 第四圖係第一圖所示之第一導電端子的立體圖。 第五圖係第一圖所示之第二導電端子的立體圖。 第六圖係第一圖所示之卡持端子的立體圖。 第七圖係本創作電連接器模組在開合部處於開啟狀態 時的立體圖。 第八圖係本創作電連接器模組在開合部處於閉合狀態 時的立體圖。 【主要元件符號說明】 絕緣本體 10 收容槽 100 底壁 101 侧壁 102 第一端子卡槽 103 第二端子卡槽 104 卡持端子槽 105 定位槽 106 M341332The second protruding tooth 304 is formed to protrude from the rear end of the second holding portion 300, and a second convex portion 301 protrudes downward from the front end of the second holding portion 300. The second holding portion 300 is locked in the second terminal card slot 1〇4, the second latching portion 3〇3 is caught on the slot wall of the second terminal slot 104, and the second protruding portion 301 is extended downward. The second sub-jaw portion 301 extends into the receiving slot, the second elastic arm 320 is retained in the second terminal slot 1〇4, and the second hook 321 is inserted into the receiving portion. The tank is 10 inches. Referring to the first and sixth figures, each of the two holding terminal slots 1 〇 5 is provided with a latching terminal 4 〇 'the latching terminal 4 〇 has a strip-shaped latching portion 400 'the latching portion 400 The rear end of the rear portion protrudes downward to form an engaging gingival 1. The middle portion of the holding portion _ is protruded upward to form a torn portion and a joint portion. A retaining latch 4〇3 is also protruded from the retaining portion 400. The upper end of the 410 is connected with a locking arm 420 extending forward and backward. The front end of the holding arm ^ protrudes downwardly to form a convex tooth portion 421, and a rear end thereof is convexly protruded from the hook portion 422. The two latching terminals 40 are respectively inserted into the corresponding cutting end slots 105. The latching portions 400 are located in the lower half of the latching terminal slots 1〇5, and the 8 M341332 engaging teeth 401 extend into the receiving slots 1〇〇. And the retention latch 4〇3 is held on the slot wall of the latching terminal slot 105. The latching arm 42 is located in the upper half of the latching terminal slot 1〇5, and the protruding tooth portion 421 extends into the receiving slot 1〇〇. Referring to FIG. 1 , FIG. 7 and FIG. 8 , a receiving portion 50 is pivotally mounted in the receiving slot 1 of the insulative housing 10 , and a plurality of latching slots 502 are defined in the opening and closing portion 50 . A pivot 500 and a latch 5〇1 are respectively protruded from the left and right sides of the opening and closing portion 5, and the pivot 5〇〇 is inserted into the positioning groove 106 of the insulating body, and the opening and closing portion 5 Extending into the first elastic arm 22〇 and the first holding portion 200, the second elastic arm 32〇 and the second holding portion 3〇〇 and the holding arm* between the holding portion 400, and the first hook 22 The two hooks 321 and the protruding tooth portions d respectively extend into the holding slots 502. Referring to FIG. 1 , FIG. 7 and FIG. 8 , a circuit board (8) is inserted into the socket 109 of the insulative housing 10 , and a card is opened on the left and right sides of the circuit board 60 . The bit slot is 6〇1. When the circuit is broadcasted to the insertion slot 1G9_'opening and closing portion 5(), the circuit board 6〇 is inserted from the rear end of the insulative housing 10 into the first bullet f 2 2 〇 and the first holding portion·, the second elastic arm 320 and the second holding portion and the holding arm and the holding portion shed; then closing the opening and closing portion 5〇, the opening and closing portion 5G pushes up the first card fishing 22, the second hook 321 and the convex tooth portion 42 Thereby, the rear ends of the first elastic arm 22 〇, the second elastic arm 320 and the holding arm 42 下 are pressed down, so that the first contact portion 222 and the second contact portion 3 压 are respectively pressed against the corresponding contacts of the circuit board 6 〇. The hook portion 422 is clicked and snapped into the corresponding card slot 6〇1. In addition, the first protruding teeth 2G4 of the first conductive terminals 2G and the second protruding teeth 304 of the second conductive terminal % M341332 can be abutted on the circuit board 60 such that the first contact portion 222 and the second contact portion The abutment of the 322 with the circuit board 60 is more secure. As described above, the electronic connector module of the present invention is fastened by the hook portion 422 of the two latching terminals 40 in the latching slot 601 of the circuit board 60, thereby increasing the holding force of the circuit board 60, thereby making the circuit board The 60 plug is more secure and reliable. [Simple description of the drawing] The first figure is an exploded view of the original electrical connector module. The second figure is a perspective view of the insulative body shown in the first figure. The third figure is a perspective view of another perspective view of the insulative body shown in the second figure. The fourth figure is a perspective view of the first conductive terminal shown in the first figure. The fifth figure is a perspective view of the second conductive terminal shown in the first figure. The sixth drawing is a perspective view of the holding terminal shown in the first figure. The seventh figure is a perspective view of the present electrical connector module when the opening and closing portion is in an open state. The eighth figure is a perspective view of the present electrical connector module when the opening and closing portion is in a closed state. [Main component symbol description] Insulating body 10 Storage slot 100 Bottom wall 101 Side wall 102 First terminal card slot 103 Second terminal card slot 104 Hold terminal slot 105 Positioning slot 106 M341332
卡持部槽 107 開口槽 108 插接槽 109 第一導電端子 20 第一固持部 200 第一凸部 201 第一凸台 202 第一卡位部 203 第一凸齒 204 第一連接部 210 第一彈臂 220 第一卡鉤 221 第一接觸部 222 第二導電端子 30 第二固持部 300 第二凸部 301 第二凸台 302 第二卡位部 303 第二凸齒 304 第二連接部 310 第二彈臂 320 第二卡鉤 321 第二接觸部 322 卡持端子 40 卡持部 400 接合齒 401 凸擋部 402 固位卡齒 403 連接橋 410 卡持臂 420 凸齒部 421 卡鉤部 422 開合部 50 樞軸 500 卡齒 501 卡持槽 502 電路板 60 卡位槽 601 11Hold portion groove 107 Open groove 108 Insert groove 109 First conductive terminal 20 First retaining portion 200 First convex portion 201 First boss 202 First latch portion 203 First protruding tooth 204 First connecting portion 210 First Spring arm 220 first hook 221 first contact portion 222 second conductive terminal 30 second retaining portion 300 second convex portion 301 second boss 302 second latch portion 303 second protruding tooth 304 second connecting portion 310 The second elastic arm 320 the second hook 321 the second contact portion 322 the holding terminal 40 the holding portion 400 the engaging tooth 401 the convex portion 402 the retaining tooth 403 the connecting bridge 410 the holding arm 420 the convex tooth portion 421 the hook portion 422 Joint 50 Pivot 500 Tooth 501 Holding groove 502 Circuit board 60 Card slot 601 11