M356245 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種電連接器，尤其涉及一種具有可傳輸高頻訊號的電連 接器。 【先前技術】 與本創作相關之％知技術可參閱於2003年9月3日公告之中國大陸實 用新型專利第CN2571013Y號，該專利揭示了—種電連接器，該電連接器 包括％緣本體、收容於絕緣本體内之端子模組及定位端子焊接端之定位 板。端子模組係由導電端子與絕緣部一體鑲埋成型，並且於每一排導電端 子周圍分別鑲埋成型有一絕緣塊。藉此，於導電端子數目較多時可增強導 ，端子的精密度，增個持效果，且每—排導電端子周圍分別成型一絕緣 ^ ’製造工藝上較賴單。另’於絕緣塊上分獅成有相互配合的固持柱 二槽’使縣-端子模組分別成型後相互轉，然後安裝舰緣本體之 排別著電子產業的不斷小型化的發展，電連接11中導電端子之間的 j更為緊密，為減小導電端子之間於訊號傳輸過程中的串擾，通常 多插接端排布不變的情況下，導電端子之其他部分儘量設置為 θ大相互之間的距離。為使該種電連接器中導電端子右^ W習知的在與接觸端對應之每—排導電端子周圍分卿埋成/绍祕固 上述需求，特別係在電連接器要求高 端端:；後端排列不—致献下，很難保 _』冢山而不會發生串擾，且固持穩固。 电 因此，有必知的電連懸騎改細克服上述缺 【新型内容】 器。餐於上㈣容，有必要提供—種可增_電端子轉效果的電連接 内的述目的’本創作電連接器係包括絕緣殼體及固持於奶心 緣殼體設有編卩及自_卜端延_=又趙 ❿組包域_輪獨蝴 每 M356245 ϊ==:;=固持部’自固持部-端向前延伸到舌板上 述複數排導電端子之===谭接部，所述絕緣塊包括鑲埋成型於所 或每兩排導電端子之固;塊’及分卿埋成一 體，自 方式達成：一種電連接器，包括絕緣殼 #^|3 ^ ή 為向上延伸的舌板；複數導電端子，包括固 接部，所述接觸;的接觸部、及自固持部另-端延伸的焊 所述固炉_側’所述焊接部成複數排設置，M356245 VIII. New description: [New technical field] The present invention relates to an electrical connector, and more particularly to an electrical connector having a high-frequency transmission signal. [Prior Art] The % knowing technology related to the present invention can be referred to the Chinese mainland utility model patent No. CN2571013Y published on September 3, 2003, which discloses an electrical connector including a % edge body. The terminal module housed in the insulating body and the positioning plate of the welding end of the positioning terminal. The terminal module is integrally molded by the conductive terminal and the insulating portion, and an insulating block is embedded and embedded around each row of the conductive terminals. Therefore, when the number of the conductive terminals is large, the precision of the leads and the terminals can be enhanced, and the holding effect is increased, and an insulation is formed around each of the rows of the conductive terminals. In addition, 'the lions on the insulating block are matched with the two columns of the holding column.' The county-terminal modules are separately formed and then rotated, and then the installation of the ship's edge body is in line with the continuous miniaturization of the electronics industry, electrical connection. The j between the conductive terminals in 11 is more tight. In order to reduce crosstalk between the conductive terminals during signal transmission, usually when the multiple plug ends are not arranged, the other parts of the conductive terminals are set as large as θ. The distance between each other. In order to make the conductive terminals in the electrical connector, the conventional requirements for each of the rows of conductive terminals corresponding to the contact terminals are buried, especially in the high-end end of the electrical connector requirements; The back end is not arranged - it is difficult to protect _ 冢 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而Therefore, there is a need to know the electric suspension to overcome the above-mentioned lack of [new content]. In the above (four) capacity, it is necessary to provide a kind of electrical connection that can be added to the electrical connection effect. The original electrical connector includes an insulating housing and is fixed to the milk core housing. _卜端延_=又赵❿组包域_轮独蝴蝶 Each M356245 ϊ==:;=Retaining part 'self-holding part-end extended to the tongue plate above the plurality of rows of conductive terminals === Tan joint The insulating block comprises a solid embedded in the or two rows of conductive terminals; the block 'and the sub-branches are integrated into one body, and the method is self-contained: an electrical connector including an insulating shell #^|3 ^ ή is an upward extension a tongue plate; a plurality of conductive terminals, including a fixing portion, the contact portion; and the welding portion of the fixing furnace at the other end of the holding portion are disposed in a plurality of rows,
得# ,、、、邑緣塊，鑲埋成型於固持部周圍並固持於主體 ===緣塊紐分職埋於每—排第—轉部緣 蔽罩稷包二圍排或每兩排第二固持部周圍之第二絕緣塊;及遮 相較於習知技術，本創作電連接器藉由採用分別於每一排或每兩排導 電端子周圍鑲埋成型-第二絕緣塊；另，純數排導電端子又統一镶 埋成型-帛-絕緣塊，成型讀域導電端子實現較好 固持效果。 可代间j 【實施方式】 請參閱第-圖至第八圖所示，本創作電連接器100包括絕緣殼體卜固 持於絕緣殼體1内之兩端子模組2及相互配合以遮蓋絕緣殼體i的第一、 苐二、苐三遮蔽罩3、4、5。 " 所述絕緣殼體i包括主體部U及自主體部U _端延伸而成的舌板12, 即舌板12僅有一端與絕緣殼體1之其他部分相連。所述主體部^嗖有與舌 板12垂直的對接壁13及自對接壁13周邊沿對接插頭（未圖示）二入^向 延伸之四側壁。所述側壁與對接壁13之間形成用以固持端子模組2的收容 腔18。所述側壁包括與舌板12平行之兩第一側壁14及與舌板12垂直之兩 第二側壁15。所述對接壁13設有向上延伸的凸台ι31，所述凸台131沿絕 緣殼體1橫向的橫截面積小於對接壁13之橫截面積。所述凸台731大^成 D型。所述舌板12自&台131中間向上垂直延伸形成。所述凸台131上設 有複數貫穿收容腔18及舌板12兩側的通孔132。所述對接辟J上凹^有 7 M356245 複數用以固持第—遮蔽罩3的第一固持槽133。自 置分別向外延伸有一限位塊134 、^之對角位 突出之第，塊⑷及位_第—卡外 所述第，14上_設有,穿收容 ====。 側壁15上分別設有一向外突伸的第二卡持塊151。的開口⑷。所述兩弟二 兩，子模組2之結構相互對稱，故町僅對其巾_端子觀2之 電周中緩端子模組2包括複數導電端子21及鑲埋成型於導 並緣塊22。所述導電端子21沿絕緣殼體1高度方向延伸， -又有較長的固持部212、自固持部212向前延伸到舌板η上 及向後延伸ώ絕緣Μ 1之焊接部213。 接觸# 所述接觸部211成-排設置於舌板12的一側。所述 =之in近Γ緣殼體1第—側壁14，即位於外侧的第—排、減 ί 及與雜部213直接連接之第二固持部215。所述 第-固持部214與接觸部211對應設置並排列為—排。所 ΪΓ# ^ 213 之弟一排'與弟二排焊接部213對應連接之第 對應連接之第三排。所述固持部221還設有連接第一、第= 部勝所述連接部216包括與自第—固持部214彎折延伸並斑第一 L I214平行且對應制為—排的平行部2161，及自平行部2⑹分別向 兩側考折以與第二固持部215連接的彎折部2162。所述第二固持部215包 2騎抑62平行於精部纖㈣之第_部分2151，自第—部分2i5i 月^、左側彎折之第二部分2152及自第二部分2152彎折以與焊接部加對 應連接之第三部分2153。其中不同排第二固持部215之第一部分2i5i分別 沿絕緣塊22厚度及寬度方向錯開，且不同排第二_部215之第一部分 2151與第二部分2153之間的f折角度不同，使得各排導電端子21於前端 排列為-排過程中彼此之間不會接觸，提高產品品質及工作效率，並減小 相互干擾。 另-端子模組2中導電端子21之結構與上述結構相同，其也包括成一 排延伸到舌板12另一側之接觸部21〗、延伸出絕緣殼體】並成三排設置之 M356245 並也具有上述結構之固持部 焊接部213及位於接觸部211與焊接部213 212，此處不再贊述。 兩端子模組2中之絕緣塊22結構也相互對稱，其中每一端子模組2中 之絕緣塊22包括靠近接觸部犯之第一絕緣塊如及靠近焊接部加之第 二絕緣塊222。其中第一絕緣塊221僅有一個包覆於成—排設置之第一 部2M周圍’以將導電端子u靠近前端固持。第二絕緣塊瓜有兩個，盆 中-個包覆在位於内側之第三排第二固持部215顯，另一個包覆在位ς 外側及中間的第-排及第二排第二固持部215周圍，從而將導電端子Μ靠Get # , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , a second insulating block around the second holding portion; and a covering phase is formed by embedding a second insulating block around each row or every two rows of conductive terminals, as compared with the prior art; The pure number of rows of conductive terminals are uniformly embedded and molded-帛-insulating blocks, and the molded read field conductive terminals achieve better holding effect. </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> The first, second, and third shielding covers 3, 4, and 5 of the housing i. < The insulating housing i includes a main body portion U and a tongue plate 12 extending from the end of the main body portion U _ , that is, the tongue plate 12 has only one end connected to the other portion of the insulating housing 1 . The main body portion has abutting wall 13 perpendicular to the tongue plate 12 and four side walls extending from the periphery of the butting wall 13 along the butt plug (not shown). A receiving cavity 18 for holding the terminal module 2 is formed between the side wall and the butting wall 13. The side wall includes two first side walls 14 that are parallel to the tongue plate 12 and two second side walls 15 that are perpendicular to the tongue plate 12. The abutting wall 13 is provided with an upwardly extending projection ι 31, and the transverse cross-sectional area of the projection 131 along the transverse direction of the insulating housing 1 is smaller than the cross-sectional area of the abutting wall 13. The boss 731 is formed in a D shape. The tongue plate 12 is formed to extend vertically upward from the middle of the & table 131. The boss 131 is provided with a plurality of through holes 132 extending through the receiving cavity 18 and the two sides of the tongue plate 12. The pair of contacts J has a plurality of M M35245 for holding the first holding groove 133 of the first mask 3. The self-distribution extends outwardly with a limit block 134, the diagonal position of the ^ is highlighted, the block (4) and the bit_the_card are the outer, the upper 14 is provided, and the wear is contained ====. The side wall 15 is respectively provided with a second holding block 151 protruding outward. Opening (4). The two younger brothers and two, the sub-modules 2 are mutually symmetrical, so that the electric terminal only includes the plurality of conductive terminals 21 and the embedded moldings on the guide edge block 22. . The conductive terminal 21 extends along the height direction of the insulating housing 1 and has a longer retaining portion 212 extending forwardly from the retaining portion 212 to the tongue η and extending rearwardly to the soldering portion 213 of the insulating raft 1 . Contact # The contact portions 211 are arranged in a row on one side of the tongue plate 12. The first side wall 14 of the near-edge edge of the casing 1, that is, the first row on the outer side, the lower portion, and the second holding portion 215 directly connected to the impurity portion 213. The first holding portion 214 is disposed corresponding to the contact portion 211 and arranged in a row. The third row of the corresponding connection of the ΪΓ# ^ 213 brother's row is the corresponding connection with the second row of welding parts 213. The holding portion 221 is further provided with a connecting portion 1 and a portion of the connecting portion 216, and the connecting portion 216 includes a parallel portion 2161 which is bent and extends from the first holding portion 214 and is parallel to the first L I214 and correspondingly arranged in a row. And a bent portion 2162 that is bent from both sides of the parallel portion 2 (6) to the second holding portion 215. The second holding portion 215 includes a rider 62 parallel to the first portion 2151 of the fine fiber (4), and is bent from the first portion 2i5i month, the second portion 2152 bent from the left side, and the second portion 2152 to The welded portion is coupled to the third portion 2153 of the corresponding connection. The first portions 2i5i of the different rows of the second holding portions 215 are respectively shifted along the thickness and the width direction of the insulating block 22, and the f-fold angles between the first portion 2151 and the second portion 2153 of the different rows of the second portion 215 are different, so that The row of conductive terminals 21 are not in contact with each other during the arrangement of the front end, and the product quality and work efficiency are improved, and mutual interference is reduced. The structure of the conductive terminal 21 in the terminal module 2 is the same as that of the above structure, and also includes the M356245 which is arranged in a row and extends to the insulating portion of the other side of the tongue plate 12 and is arranged in three rows. The holding portion welded portion 213 having the above structure and the contact portion 211 and the welded portion 213 212 are not mentioned here. The structure of the insulating block 22 in the two-terminal module 2 is also symmetrical with each other. The insulating block 22 in each of the terminal modules 2 includes a first insulating block which is adjacent to the contact portion, and a second insulating block 222 which is adjacent to the soldering portion. The first insulating block 221 has only one covering around the first portion 2M disposed in a row to hold the conductive terminal u close to the front end. There are two second insulating block melons, one of which is covered in the third row of second holding portions 215 located on the inner side, and the other is wrapped in the first row and the second row in the middle and the second row. Around the portion 215, thereby leaning the conductive terminals
近後端麟，藉此，於導電端子2長度較長，赠後端排列不同時，各導 電端子21可以得到較好的固持。 所述兩端子模組2之第-絕緣塊221分別設有相互對接的對接面22ιι 及外側面2212自所述對接面2211上分別向外或向内延伸有相互配合的第 -固持柱2213及第-凹槽2214以將兩第一絕緣塊221固持在一起。自每 -第-絕緣塊221之外側面2212向外突設有一第一扣持塊2215與開口 143 相扣持以將端子模組2固持於收容腔18巾。所述第―絕緣塊221上還形成 $沿其橫向延伸的定位槽2216，於絕緣塊22成型過程中，模具中藉由於該 定位槽2216位置處設置具有複數凸肋的柱體（未圖示），柱體上之凸肋間 隔設置於各導電端子21之間以將相鄰的導電端子21間隔開，防止導電端 子21受到献的絕緣材料的衝擊產錢形而相互賴。每―第—絕緣塊221 之外側面2212上還設有複數凸肋2217以與第—、第二㈣ι4、15内側相 抵持，從而達到穩定的固持效果。 母-端子模組2上之兩第二絕緣塊222分別設有相互配合的内側面 2221。自所述内側面則也分別向外或向内延伸有相互配合的第二固雜 2222及第二凹槽2223 ’以將每-端子模組2上之兩第二絕緣塊222相互固 持在-起。自位於外側之第二絕緣塊222外側面向外突設有一第二扣持塊 2224及複數細長的凸肋2225。所述扣持塊施與開口⑷相扣持，所述 ^肋2>225與絕緣殼體1之側壁内側相抵持以實現穩定的固持效果。另，自 每-第-絶緣塊222兩侧分別向外延伸有—抵持塊2226以與絕緣殼體工後 端相抵持。 於每-端子模組2之猶塊22成型過程巾，首先，於上述每—排或每 9 1 M356245 兩排弟—固持部215周圍分別鐵埋成型一第二絕緣塊222，藉此成型，使每 一第二絕緣塊222中固定的導電端子21數目較少，導電端子21之間的距 離較好控制，成型過程中不會致使導電端子21因熱融的絕緣材料的衝擊而 相互接觸，從而使得成型較為方便，其次，將該兩第二絕緣塊222藉由第 一固持柱2222與弟一凹槽2223相互配合，此時位於三排第二固持部215 前方的複數第一固持部214及接觸部211分別沿絕緣塊22寬度方向交錯排 列在同一排；然後，於成一排設置的複數第一固持部214周圍鑲埋成型一 • 第一絕緣塊221，從而形成一端子模組2,因第一固持部214與接觸部211 對應排列為一排，則第一絕緣塊221鑲埋成型於第一固持部214之周圍可 φ j呆證接觸部211之正位度’防止部分導電端子2麵起。依如上步驟再成型另 一端子模組2 ’最後藉由兩端子模組2上第一絕緣塊221之第一固持柱2213 及第一凹槽2214相互配合，以將兩端子模組2固持在一起。本實施方式電 連接器1〇〇中之第二絕緣塊222即可以鑲埋成型於一排導電端子21之第二 口持。卩215上，又可以鎮埋成型於兩排導電端子21之第二固持部215上， 誠然j於其他實施方式中，也可分別僅於每一排第二固持部215上鑲埋成 型一第二絕緣塊222，或分別於每兩排第二固持部215上鑲埋成型一第二絕 緣塊222。 ' 所述第一遮蔽罩3包括外壁31及由外壁31圍成的收容空間32。所述 外壁31下端包覆凸台⑶周圍，所述絕緣殼體1之舌板12延伸入收容空 參 =32内。所述外壁31設有突伸入收容空間32内的彈性臂33。所述第一遮 _蔽罩G括自外壁31繼續向下延伸之固持壁34，及垂直於外壁31向外延 伸之《中壁35。所述固持壁34收容並固持於所述第一固持槽133内 -延伸壁35貼靠於對接壁13上。 所述第二遮蔽罩4包括貼靠於對接壁13的配合部41及貫穿配合部41 且用以供第—遮蔽罩3穿過的配合孔42。 自所述配合部41垂直向下彎折延 4有複數固持於第二固持槽内的突片4ιι。所述突片411設有向外突伸的彈 片 413 及盘第--^ Ιά, -t ir， ⑭ 卞符塊151相扣持的凹口 414。所述彈片413用以與第三遮 =辟5内側相抵持。所述配合部41上設有複數向下突伸的凸包415以將延 夺於對接壁13及配合部41之間’從而達到穩定的固持效果。 所述第二遮蔽罩5為中空的管狀結構，其套接於絕緣殼體1之主體部 10 M356245 U上。所述第三遮蔽罩5包括與第—卡持塊141扣持的扣持孔5i，血 塊134相抵持的缺口 52及與電路板配合的焊接腳刃。 藉由以上可以得知’本創作電連接器卿之每—端子模組a分別 鑲埋成型於每-排或每兩排導電端子21上的第二絕緣塊222，以將導電端 2^21罪ΐίί山固Γ及鎮埋成型於複數排導電端子21周圍的第一絕緣塊 ^ ’以子21靠近前端_，從而使得導電端子2於實現前 排歹㈣又提高了固持效果，並且也提高了導電端子Μ接觸部2ΐι之 正位度。 肥，心例，本創作之範圍並不以上述實施例為 皆應涵蓋独依本創狀精相狀粒修飾或變化， 【圖式簡單說明】 第一圖係本創作電連之立體組合圖； ^二圖係本創作電連接器之另—角度的立體组 =三圖係本創作電連接器之部分分解圖；、' :四圖係本創作電連接器之 ㈡電連接器之端子模組的=: ㈡分分解示意圖； 第八圖係第七圖中導電端子;的側視圖； 電連接器 主體部 對接壁 通孔 限位塊 第一"^持塊 開口 【主要元件符號說明】 100 11 13 132 134 141 143 絕緣殼體 1 舌板 12 凸台 131 第一固持槽 133 弟一側壁 14 第二固持槽 142 第二側壁 15 M356245The rear end of the conductive terminal 2 can be better held when the length of the conductive terminal 2 is long and the rear end arrangement is different. The first insulating block 221 of the two-terminal module 2 is respectively provided with abutting faces 22 ιι and the outer side 2212 extending from the mating face 2211 outwardly or inwardly with a mating first-holding post 2213 and The first groove 2214 holds the two first insulating blocks 221 together. A first fastening block 2215 is protruded from the outer surface 2212 of each of the first insulating blocks 221 to be fastened to the opening 143 to hold the terminal module 2 in the receiving cavity 18 . The first insulating block 221 further defines a positioning groove 2216 extending along the lateral direction thereof. During the molding process of the insulating block 22, a cylinder having a plurality of ribs is disposed in the mold by the positioning groove 2216 (not shown). The ribs on the column are spaced apart from each of the conductive terminals 21 to space the adjacent conductive terminals 21 to prevent the conductive terminals 21 from being affected by the impact of the insulating material. Each of the outer surfaces 2212 of the first insulating block 221 is further provided with a plurality of ribs 2217 to abut against the inner sides of the first and second (four) ι 4, 15 to achieve a stable holding effect. The two second insulating blocks 222 on the female-terminal module 2 are respectively provided with inner side surfaces 2221 which cooperate with each other. Extending from the inner side surface, a second fixing 2222 and a second recess 2223 ′ are respectively extended outward or inward to hold the two second insulating blocks 222 on each of the terminal modules 2 to each other. Start. A second holding block 2224 and a plurality of elongated ribs 2225 are protruded from the outer side of the outer second insulating block 222. The fastening block is biased with the opening (4), and the rib 2> 225 is abutted against the inner side of the side wall of the insulating housing 1 to achieve a stable holding effect. In addition, a resisting block 2226 extends outwardly from each of the two sides of the insulating block 222 to abut against the rear end of the insulating housing. Forming the process towel in the block 22 of each of the terminal modules 2, firstly, forming a second insulating block 222 around each of the above-mentioned rows or every 9 1 M356245 two rows of the brother-holding portions 215, thereby forming, The number of the conductive terminals 21 fixed in each of the second insulating blocks 222 is small, and the distance between the conductive terminals 21 is preferably controlled, and the conductive terminals 21 are not caused to contact each other due to the impact of the hot melt insulating material during the molding process. Therefore, the molding is convenient. Secondly, the two second insulating blocks 222 are matched with the first recess 2223 by the first holding post 2222. At this time, the plurality of first holding portions 214 are located in front of the three rows of second holding portions 215. And the contact portions 211 are staggered in the same row along the width direction of the insulating block 22; then, a first insulating block 221 is embedded around the plurality of first holding portions 214 disposed in a row, thereby forming a terminal module 2, Since the first holding portion 214 and the contact portion 211 are arranged in a row, the first insulating block 221 is embedded and molded around the first holding portion 214, and the positive position of the contact portion 211 is prevented. 2 faces. The other terminal module 2 is reshaped according to the above steps. Finally, the first holding post 2213 and the first recess 2214 of the first insulating block 221 of the two terminal modules 2 are matched to each other to hold the two terminal modules 2 at together. The second insulating block 222 of the electrical connector 1 of the present embodiment can be embedded in a second port of the row of conductive terminals 21. The 卩215 can be embedded in the second holding portion 215 of the two rows of the conductive terminals 21, and in other embodiments, the second holding portion 215 can be embedded and formed on each of the second holding portions 215. The second insulating block 222 is embedded in the second insulating block 215 or the second insulating block 222 is embedded in each of the two rows of the second holding portions 215. The first mask 3 includes an outer wall 31 and a receiving space 32 surrounded by the outer wall 31. The lower end of the outer wall 31 covers the periphery of the boss (3), and the tongue 12 of the insulating housing 1 extends into the receiving cavity =32. The outer wall 31 is provided with a resilient arm 33 that projects into the receiving space 32. The first shielding cover G includes a holding wall 34 extending downward from the outer wall 31, and a middle wall 35 extending outwardly from the outer wall 31. The retaining wall 34 is received and retained in the first retaining groove 133 - the extending wall 35 abuts against the abutting wall 13 . The second shielding cover 4 includes a fitting portion 41 that abuts against the mating portion 41 of the abutting wall 13 and a through hole 41 for the passage of the first shielding cover 3 . The engaging portion 41 is bent downward vertically and has a plurality of tabs 4 ι which are held in the second holding groove. The tab 411 is provided with an outwardly projecting elastic piece 413 and a notch 414 which is held by the disk---, t, 14 卞 块 151. The elastic piece 413 is used to resist the inner side of the third cover 5 . The engaging portion 41 is provided with a plurality of convex protrusions 415 protruding downward to extend between the butting wall 13 and the engaging portion 41 to achieve a stable holding effect. The second shielding cover 5 is a hollow tubular structure that is sleeved on the main body portion 10 M356245 U of the insulating housing 1. The third shielding cover 5 includes a fastening hole 5i that is fastened by the first holding block 141, a notch 52 that the blood block 134 abuts, and a welding foot edge that cooperates with the circuit board. It can be known from the above that each of the terminal modules a of the present invention is embedded in a second insulating block 222 formed on each row or two rows of conductive terminals 21 to connect the conductive terminals 2^21 The sin ίί Γ Γ 镇 镇 镇 镇 镇 镇 镇 镇 镇 镇 镇 镇 镇 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一The positive position of the contact portion 2ΐ of the conductive terminal 。. Fertilizer, heart example, the scope of this creation is not covered by the above examples, which should cover the modification or change of the fine-grained phase particles. [The simple description of the figure] The first picture is the three-dimensional combination of the creation of the electric connection. ; ^ Figure 2 is a different angle of the creation of the electrical connector = three drawings are part of the exploded view of the original electrical connector;, ': four diagrams of the original connector of the creative electrical connector (two) electrical connector Group =: (b) sub-decomposition diagram; eighth diagram is the side view of the conductive terminal in the seventh diagram; electrical connector body part butt wall through hole limit block first "^ holding block opening [main component symbol description] 1 1 1 1 1 1 1 1 1
第二卡持塊 151 收容腔 18 端子模組 2 導電端子 21 接觸部 211 固持部 212 第一固持部 214 第二固持部 215 第一部分 2151 第二部分 2152 第三部分 2153 連接部 216 平行部 2161 彎折部 2162 焊接部 213 絕緣塊 22 第一絕緣塊 221 對接面 2211 第一固持柱 2213 第一凹槽 2214 外側面 2212 第一扣持塊 2215 定位槽 2216 凸肋 2217 第二絕緣塊 222 内側面 2221 第二固持柱 2222 第二凹槽 2223 第二扣持塊 2224 抵持塊 2226 第一遮蔽罩 3 外壁 31 彈性臂 33 收容空間 32 固持壁 34 延伸壁 35 第二遮蔽罩 4 配合部 41 突片 411 彈片 413 凹口 414 凸包 415 配合孔 42 第三遮蔽罩 5 扣持孔 51 缺口 52 焊接腳 53 2225 12Second holding block 151 receiving cavity 18 terminal module 2 conductive terminal 21 contact portion 211 holding portion 212 first holding portion 214 second holding portion 215 first portion 2151 second portion 2152 third portion 2153 connecting portion 216 parallel portion 2161 bending Folding portion 2162 Weld portion 213 Insulation block 22 First insulating block 221 Butt surface 2211 First holding column 2213 First groove 2214 Outer side 2212 First holding block 2215 Positioning groove 2216 Rib rib 2217 Second insulating block 222 Inner side 2221 Second holding post 2222 Second groove 2223 Second holding block 2224 Abutting block 2226 First shielding cover 3 Outer wall 31 Elastic arm 33 Housing space 32 Retaining wall 34 Extension wall 35 Second shielding cover 4 Mating portion 41 Tab 411 Shrapnel 413 Notch 414 Convex 415 Fitted hole 42 Third shield 5 Buckle hole 51 Notch 52 Solder foot 53 2225 12