M3 91744 ^ * 五、新型說明： 【新型所屬之技術領域】 本新型有關一種安裝於電路板之電連接器，尤其涉及一種電連接器 與電路板之間之抓板結構。 【先前技術】 1992年6月9日公告之美國專利us 5，12〇,256號揭示具有抓板結構之電 連接11 ’帛於抓板（將電連接關定於電路板）之抓板件f常容賊落。 因此’確有必要對電連接器進行改良以解決現有技術中之上述缺陷。 【新型内容】 ,里之主要目的在於提供一種具有穩定抓板結構之電連接器。 —為了貫現上述目的’本新型提供—種驗安裝於水準電路板並具有顯 不裝置之電連接器。該電連接器包括設有收容空間之絕緣本體、收容於絕 緣本體之導電&子、及裝設於絕緣本體之抓板件。祕導電端子可與插入 收合工間之對接插頭配合。絕緣本體設有收容抓板件之收容槽，收容 槽之側壁财㈣幼邮仏峡。抓板件設有輯純雜之配合部 ^焊接於電路板上之固持部，配合部設有具有卡扣配合於編起之卡扣 所述卡扣部與前述側壁設 士 部彈性滑過_凸起。 、、·。構’使難縣人收额時，卡扣 與現有技術相比，本新型有 彈性姓 下有盈效果：通過設計卡扣部與側壁之 擦磨二從：咸小卡扣部滑過凸起時刮擦之作用力，從而減緩對凸起刮 响桃崎觀撕⑽之穩定性。 【實施方式】 4 M391744 / 參 第-圖至第四圖所示為本新型之第—實施方式，該實施方式揭示一種 電連接器1GG及具有錢連接㈣G之電子設備該電子麟具有安裝有若 干電子元件之電路板12〇，電連接器1〇〇係安胁電路板12〇。 如第®所不’ 5亥電連接器100包括設有收容空間20之絕緣本體200、 收合於絕緣本體勘之導電端子3〇、及裝設概緣本體2⑻之抓板件4〇〇。前 述導電端子30可與插續雜_之對餘祕合並可表面焊接於前 述電路板120，從而將對接插頭之信號傳輸至電路板丨扨。 如第一圖與第二圖所示，絕緣本體2〇〇設有收容抓板件4〇〇之收容槽 26，收谷槽26之側壁262設有向收容槽26内凸出之凸起260。抓板件400設有 收谷並固持於收容槽26之配合部44及表面焊接於電路板12〇上之固持部 42，配合部44設有具有卡扣配合於前述凸起26〇之卡扣部442 ,卡扣部442設 有通孔440。所述卡扣部442形成彈性結構，使抓板件4〇〇裝入收容槽％時， 卡扣部442彈性滑過所述凸起26〇，在彈性卡入通孔44〇。 所述抓板件400系由板材沖裁彎折成型，固持部42與配合部44彎折成相 互垂直位置。所述配合部44進一步包括設置於卡扣部442之兩側並與卡扣部 442相分離之兩導引部444、446，卡扣部442與兩導引部444、446被兩開槽 443、445隔開，從而形成本實施方式之彈性結構。所述收容槽26包括在其 兩端對兩導引部444、446作導引配合之導向槽264及在前述側壁262相反之 另一侧可供卡扣部442彈性變形之凹槽268。 如第三圖與第四圖所示’所述絕緣本體2〇〇設有前端面Μ及與前端面η 方向相反之後端面24 ’所述對接插頭自前端面22插入所述收容空間20内， 後端面24用以安裝於前述電路板12〇上。所述絕緣本體2〇〇設有垂直於前述 5 前端面22與後端面24之外側面23，所述外側面開設有若干端子收容槽232， 前述導電端子30收容於所述端子收容槽232。所述導電端子3〇設置於絕緣本 體200之一側’所述抓板件4〇〇設置於絕緣本體2〇〇之相對另一側。所述導電 端子30設有表面焊接於電路板12〇上之焊接部32，所述導電端子邓之焊接部 32與所述抓板件4〇〇之固持部42分別向絕緣本體2〇〇之相反兩側延伸出絕緣 本體200。 第五圖至第八圖所示為本新型之第二實施方式，該實施方式揭示一種 電連接益500及具有該電連接器5〇〇之電子設備，該電子設備具有安裝有若 干電子元件之電路板520，電連接器5〇〇係安裝於電路板52〇。 如第五圖所示’該電連接器5〇〇包括設有收容空間6〇之絕緣本體6〇〇、 收容於絕緣本體600之導電端子70、及裝設於絕緣本體6〇〇之抓板件8〇〇。前 述導電端子70可與插入所述收容空間6〇之對接插頭配合並可表面焊接於前 述電路板520，從而將對接插頭之信號傳輸至電路板52〇。 如第六圖與第七圖所示，絕緣本體6〇〇設有收容抓板件8〇〇之收容槽 66，收容槽66之側壁662設有向收容槽66内凸出之凸起66〇。抓板件_設有 收容於收容槽66之配合部84及表面焊接於電路板520上之固持部82。配合部 84設有具有卡扣配合於前述凸起66〇之卡扣部842及處於卡扣部842之相對 兩側之導向部8私、846，卡扣部842進一步設有通孔840。前述侧壁662形成 彈性結構，使抓板件8〇〇裝入收容槽66時，卡扣部842彈性滑過所述凸起66〇 並彈性卡入通孔840。收容槽66於與側壁662相反之另一側設有凹槽626，以 便於收容卡扣部842之彈性變形。 所述側壁662具有垂直於所述電路板52〇方向延伸之彈性懸臂狀，所述 M3917,44 ^ * 凸起660設置於側壁662上具有一定彈性之位置。所述收容槽66之兩端設有 供抓板件82插入時與抓板件800之導向部844、846導向配合之導向槽667、 668，導向槽667 ' 668具有與前述側壁662同一平面平行延伸之兩導引壁 664、666 ’兩導引壁664、666與前述側壁662之間設有開槽663、665，從而 使側壁662形成彈性懸臂結構。 如第七圖與第八圖所示’所述絕緣本體6〇〇設有前端面62及與前端面62 方向相反之後端面64，所述對接插頭自前端面62插入所述收容空間6〇内， 後端面64用以安裝於前述電路板52〇上。所述絕緣本體6〇〇設有垂直於前述 别端面62與後端面64之外侧面63，所述外側面開設有若干端刊欠容槽632， 月ϋ述V電端子7〇收谷於所述端子收容槽632。所述導電端子％設置於絕緣本 體600之側，所述抓板件8〇〇設置於絕緣本體_之相對另一側。所述導電 而子》又有表面知接於電路板52〇上之焊接部72，所述導電端子％之焊接部 72與所述抓板件_之嗎部Μ分獅絕緣本體_之減兩側延伸出絕緣 本體600。 第九w揭示體現本新型第三實施方式之電連接器_。該電連接器彻 ；貫％方式之抓板件4(){)與第二實施对巾之絕緣本體6GG結合，故更 進一步提高了卡扣部442彈性滑過所述凸起66〇之彈性。 新^•中通過增加卡扣部442與側壁662之彈性，從而減小卡扣部 彻骨過凸起·、_時刮擦之作用力，從而減緩對凸起細、_擦磨損， 從而增加抓板件4GG、_與絕緣本體·、_卡扣配合之穩定性。 ，综上所述，本創作確已符合新型專利之要件，爰依法提出專利申請。 惟’以上所述者僅係本創作之較佳實施方式本創作之範圍料以上述實 創作之精神所作之等效修飾 施方式爲限，軌熟f核轉之人士援依本 或變化，皆應涵蓋於以下”專利範圍内。 【圖式簡單說明】 第一圖係本新型第-實施方式電連接器之立體組裝圖 第二圖係第―圖所示電連接器之爆炸圖； 體圖； 第三圖係第二圖所示電連接器之絕緣本體另-視角之立 第四圖係第-圖所示電連接器之剖視圖； ，第五圖係本_二實施方式電連翻之立體組裝圖； 第六圖係第五®所示電連接H之爆炸圖； 第七圖係第六圖所示電連接器 — 死伐盗《、七緣本體另—視角之立體圖； 第八圖係第五圖所示電連接H之剖視圖；及 第九圖係本新型第三實施方式電連接器之爆炸圖。 【主要元件符號說明】 電連接器100、500 絕緣本體200、600 前端面22、62 外側面23、63 凸起 260、660 側壁 262、662 導電端子300、700 抓板件400、800 配合部44、84 電路板120、520 收容空間20、60 後端面24、64 端子收容槽232、632 收容槽26、66 凹槽 268、626 焊接部32、72 固持部42、82 通孔 440、840 M391744 卡扣部 442、842 導引部 444、446、844、846 開槽 443、445、663、665 導向槽 264、266、667、668 導引壁664、666M3 91744 ^ * V. New description: [New technical field] The present invention relates to an electrical connector mounted on a circuit board, and more particularly to a grabbing structure between an electrical connector and a circuit board. [Prior Art] U.S. Patent No. 5,12,, 256, issued Jun. 9, 1992, discloses an electrical connection 11 having a grab-board structure, and a grabbing plate for gripping the board (setting the electrical connection to the circuit board) f often thief falls. Therefore, it is indeed necessary to improve the electrical connector to solve the above-mentioned drawbacks in the prior art. [New content], the main purpose is to provide an electrical connector with a stable grabbing structure. - In order to achieve the above objectives, the present invention provides an electrical connector that is mounted on a level circuit board and has a display device. The electrical connector includes an insulative housing having a receiving space, a conductive member mounted in the insulating body, and a grabbing member mounted on the insulative housing. The secret conductive terminal can be mated with a mating plug that is inserted into the fitter. The insulating body is provided with a receiving groove for receiving the grabbing plate member, and the side wall of the receiving groove is (4) the young postal gorge. The gripping plate member is provided with a matching portion of the mating part and a holding portion welded on the circuit board, and the engaging portion is provided with a snap portion having a snap fit and a braided buckle, and the side wall portion is elastically slid over the _ Raised. , , ·. When the construction of the county is difficult, the buckle is compared with the prior art, and the new type has a flexible surname and has a profit effect: by designing the buckle portion and the side wall to rub the second from: the small snap portion slides over the protrusion The force of the scratching force, thereby slowing the stability of the tortoise shaving (10). [Embodiment] 4 M391744 / Ref. - Figure to Figure 4 shows a first embodiment of the present invention. The embodiment discloses an electrical connector 1GG and an electronic device having a money connection (4) G. The circuit board 12 of the electronic component is connected to the circuit board 12 of the electronic circuit board. The galvanic connector 100 includes an insulative housing 200 having a receiving space 20, a conductive terminal 3 收 folded in the insulating body, and a gripping member 4 装 mounted on the body 2 (8). The foregoing conductive terminal 30 can be surface-welded to the circuit board 120 in combination with the remaining splicing, thereby transmitting the signal of the docking plug to the board 丨扨. As shown in the first and second figures, the insulative housing 2 is provided with a receiving slot 26 for receiving the gripping member 4, and the side wall 262 of the trough 26 is provided with a protrusion 260 protruding into the receiving slot 26. . The catching member 400 is provided with a mating portion 44 that is received by the receiving groove 26 and a retaining portion 42 that is welded to the circuit board 12A. The engaging portion 44 is provided with a buckle having a snap fit to the protrusion 26〇. The portion 442 and the buckle portion 442 are provided with a through hole 440. The latching portion 442 is formed in an elastic structure. When the gripping member 4 is inserted into the receiving slot, the latching portion 442 elastically slides over the projection 26 and elastically engages the through hole 44. The gripper member 400 is formed by punching and bending a sheet material, and the retaining portion 42 and the engaging portion 44 are bent into mutually perpendicular positions. The engaging portion 44 further includes two guiding portions 444 and 446 disposed on opposite sides of the locking portion 442 and separated from the locking portion 442. The locking portion 442 and the two guiding portions 444 and 446 are separated by two slots 443. And 445 are spaced apart to form the elastic structure of the present embodiment. The receiving groove 26 includes a guiding groove 264 for guiding and guiding the guiding portions 444 and 446 at both ends thereof, and a groove 268 for elastically deforming the locking portion 442 on the opposite side of the side wall 262. As shown in the third and fourth figures, the insulative housing 2 is provided with a front end surface Μ and an end surface 24 ′ opposite to the front end surface η. The mating plug is inserted into the receiving space 20 from the front end surface 22, The rear end surface 24 is for mounting on the aforementioned circuit board 12A. The insulative housing 2 is provided with an outer side surface 23 perpendicular to the front end surface 22 and the rear end surface 24, and the outer side surface defines a plurality of terminal receiving slots 232. The conductive terminals 30 are received in the terminal receiving slots 232. The conductive terminal 3 is disposed on one side of the insulating body 200. The grabbing member 4 is disposed on the opposite side of the insulating body 2''. The conductive terminal 30 is provided with a soldering portion 32 whose surface is soldered to the circuit board 12, and the soldering portion 32 of the conductive terminal Deng and the holding portion 42 of the grabbing member 4 are respectively respectively turned to the insulating body 2 The opposite sides extend out of the insulative body 200. The fifth embodiment to the eighth embodiment show a second embodiment of the present invention. The embodiment discloses an electrical connection benefit 500 and an electronic device having the electrical connector 5 . The electronic device has a plurality of electronic components mounted thereon. The circuit board 520 and the electrical connector 5 are mounted on the circuit board 52A. As shown in FIG. 5, the electrical connector 5 includes an insulative housing 6A having a receiving space 6〇, a conductive terminal 70 received in the insulative housing 600, and a catching plate mounted on the insulative housing 6〇〇. 8 pieces. The conductive terminal 70 can be mated with the mating plug inserted into the receiving space 6A and can be surface-welded to the circuit board 520 to transmit the signal of the mating plug to the circuit board 52A. As shown in FIG. 6 and FIG. 7 , the insulative housing 6 is provided with a receiving slot 66 for receiving the gripping member 8 , and the side wall 662 of the receiving slot 66 is provided with a protrusion 66 protruding into the receiving slot 66 . . The catching member _ is provided with a fitting portion 84 received in the receiving groove 66 and a holding portion 82 whose surface is welded to the circuit board 520. The engaging portion 84 is provided with a locking portion 842 having a snap fit on the protrusion 66 and a guiding portion 8 on the opposite sides of the locking portion 842. The locking portion 842 is further provided with a through hole 840. The side wall 662 forms an elastic structure. When the catching member 8 is inserted into the receiving groove 66, the locking portion 842 elastically slides over the protrusion 66 and elastically engages the through hole 840. The receiving groove 66 is provided with a groove 626 on the opposite side of the side wall 662 to facilitate elastic deformation of the receiving buckle portion 842. The side wall 662 has an elastic cantilever shape extending perpendicular to the direction of the circuit board 52. The M3917, 44^* protrusion 660 is disposed on the side wall 662 at a certain elastic position. The two ends of the receiving groove 66 are provided with guiding grooves 667 and 668 for guiding the guiding members 844 and 846 of the blade member 800 when the blade member 82 is inserted. The guiding groove 667 ' 668 has the same plane parallel to the side wall 662. The two guiding walls 664, 666' extending between the two guiding walls 664, 666 and the side wall 662 are provided with grooves 663, 665, so that the side wall 662 forms an elastic cantilever structure. As shown in the seventh and eighth figures, the insulative housing 6 is provided with a front end surface 62 and an end surface 64 opposite to the front end surface 62. The mating plug is inserted into the receiving space 6 from the front end surface 62. The rear end surface 64 is for mounting on the aforementioned circuit board 52A. The insulative housing 6 is provided with an outer side 63 perpendicular to the outer end surface 62 and the rear end surface 64. The outer side surface is provided with a plurality of end-notch slots 632, and the V-electric terminal 7 is closed. The terminal receiving groove 632 is described. The conductive terminal % is disposed on the side of the insulating body 600, and the grabbing member 8 is disposed on the opposite side of the insulating body. The conductive portion has a soldering portion 72 on the surface of the circuit board 52, and the soldering portion 72 of the conductive terminal and the portion of the grabbing board are divided into two parts: The insulating body 600 extends from the side. The ninth w discloses an electrical connector _ embodying the third embodiment of the present invention. The electrical connector is completely combined with the insulative housing 6GG of the second embodiment, so that the elasticity of the locking portion 442 elastically sliding over the projection 66 is further improved. . In the new ^• by increasing the elasticity of the buckle portion 442 and the side wall 662, thereby reducing the force of the scratching portion of the buckle portion over the protrusion, _, thereby reducing the wear on the protrusion, _ rubbing, thereby increasing the grip The stability of the plate 4GG, _ and the insulating body·, _ snap fit. In summary, this creation has indeed met the requirements of the new patent, and has filed a patent application in accordance with the law. However, the above description is only the preferred embodiment of the creation. The scope of the creation is limited to the equivalent modification method of the spirit of the above-mentioned creation, and the person who is familiar with the nuclear transfer is dependent on the change or the change. It should be covered in the following patents. [Simplified illustration of the drawings] The first figure is the three-dimensional assembly diagram of the first embodiment of the electrical connector. The second diagram is the exploded view of the electrical connector shown in the figure. The third figure is the insulative body of the electrical connector shown in the second figure, and the fourth view is a cross-sectional view of the electrical connector shown in the first figure. The fifth figure is the electrical connection of the second embodiment. The three-dimensional assembly diagram; the sixth diagram is the explosion diagram of the electrical connection H shown in the fifth®; the seventh diagram is the electrical connector shown in the sixth diagram - the dead thief, the seven-edge body and the perspective view of the perspective; A cross-sectional view of the electrical connection H shown in the fifth figure; and a ninth diagram is an exploded view of the electrical connector of the third embodiment of the present invention. [Explanation of main components] Electrical connector 100, 500 Insulating body 200, 600 Front end face 22 , 62 outer side 23, 63 protrusion 260, 660 side wall 262, 662 guide Electrical terminal 300, 700 Scraper 400, 800 Mating portion 44, 84 Circuit board 120, 520 accommodating space 20, 60 Rear end surface 24, 64 Terminal receiving groove 232, 632 Storage groove 26, 66 Groove 268, 626 Weld portion 32 , 72 holding portions 42, 82 through holes 440, 840 M391744 fastening portions 442, 842 guiding portions 444, 446, 844, 846 slots 443, 445, 663, 665 guiding grooves 264, 266, 667, 668 guiding walls 664,666