200906004 九、發明說明： 【發明所屬之技術領域】 本發__-種電連㈣及錢造方法，尤其涉及―種 型法形成模組的電連接器及其製造方法。 耵出成 【先前技術】 隨著電子«迅展，與之配套的魅器也相、制世。眾 電子產品朝輕薄短小的趨勢發展，其内部所能使用的空料二 二:=古，，其功能的！!提下’電連接器的結構也發生著相應的變 _J ft見的電連接器包括本體，組裝 接連接_導電端子及遮蔽殼體，其中導電端子通常由— Ζ 將其從電連接器本體後端插入到本體中。 ”衣成並 ㈣為Γ受端顿人和高温焊接日林至於導致本體的_，—般本體之 时必触妓_厚度，才可以抵抗料 ^倒刺的雜而出現毛刺和’，如若未清理乾淨，會影 到$的電氣特性。為解決此_題，業界—般採用射ΐ 器與此::之成二二^ 公主笛年月u日公告之台灣新型專利 導=子之山tf利所揭示之—種電連接器，該電連接器成型過程中’ 緣ίϊ ^由該料帶將端子固定於模具中進行填充絕 端之料帶价，ΐ本體射出成型於導電端子上，最後將導電端子- 而影變端子祕將端子插人，進而不會出現端谓傷絕緣本體 間^問題；如此也可以不用預留過多的自我保護的空 J可減小電連接器的體積。 導電:子器體”逐漸縮」、及電連接器傳輸速率的不斷增加， 成型程中'因^’、且緊密’如果還是採用如上方法製造，於電連接器 有料帶進行^排顺細小—密，並且導€軒财—端連接 而產固導電端子很容易受到高溫融化的絕緣材料的衝擊 生4 %子間容易產生串擾，導電端子的精密度很 提高，產 200906004 品的品質問題也很難得到保證。 【發^月此内ίΓ_°幅接11椒树服上述缺陷。 電連述内谷’本創作之目的在於提供一種可提高導電端子精密度的 圍之綱咖㈣+㈣罐端子模組外 之』=座==二電端子和射出成型 工有基α卩及自基部向前延伸的舌板，對應每-導雷诚 一種電連接器的製造方法，其包括如下步驟： ㈣將所述金屬料帶以触方式製成一端子組，所述端子 帶;4有稷數W端子及分別連接於導電端子前端之間及後端之間的料 端二:射=成型法於端子組上形成—座體，將端子組中分別連接於導電 後端之間的料帶切除而形成—端子模組，所述座體形成有 向職伸的舌板，對應每—導電端子，所述舌板上形成有複 =定謝的·，通孔_舌板之前端面； 減-遮蔽殼體，將所述遮蔽殼體_於端子模組外圍。 ϊίϊϊ知技術’本發明電連接器座體射出成型於導電端子上，從而 ，免將知子插^造麟魅體料端子的導通性能；此外，導電 前均連接有料帶，從而於座體成型過程中可使導電端子兩 擊而=㈣疋，進而填充兩溫融化的絕緣材料時導電端子不會因受到衝 inti 型後舌板上形成有複數用以收容導電端子的通孔， 舌板之前端面，從而導電端子鑲埋固秋通孔+並延伸 端面，使導電端子的正健容隸制，精密度也 的品質同時也得到保證。 q屋叩 【實施方式】 請參閱第-圖至第八圖所示，本發明電連接器】包括端子模組2及包 200906004 覆於端子模組2外圍的遮蔽殼體3。 所述端子模組2具有複數導電端子213及座體22。其由如下方法製成： I電端帶沖製形成一端子組21 ’所述端子組21包括複數並列的 導電端子213前端之間及後端之間的料帶211， 所!^ 將所述端子組21固定於模具（未圖示）中之定位 具㈣子213包财藉由模具（未圖示）定深彎折而成的複數 = ^子’所述導電端子213設有用以連接對接插頭（未圖示）之 =谭接於電路板(未圖示)上之焊接端215、設置於接觸端214 j接化215之間的以及設於導電端子213前端並鑲埋於座體r内之干涉 部216。於座體22成型之前，先將所述端子組21藉由兩端料帶π上之定 位孔212固定於模具（未圖示）中，然後向模具中進行填充高溫融化的絕緣 材料’待絕緣材料硬固後形成一將所述端子組21鑲埋於其中的座體Μ，再 將所f端子組21兩端之料帶211切除即可形成__端子额2;由於導電端子 213刖端之間及後端之間均連接有料帶211，可使導電端子犯兩端均能很 好的固定於模具（未圖示）巾’從而在填充絕緣材料過程中，可保證導電端 子213不會文絕緣材料的衝擊而產生變形，又能保證座體a成型後導電端 子213焊接端215的平面度，以有利於焊接。 山所述座體22形成有一基部221及自基部221向前延伸的舌板222 ，所述 端子組21中導電端子213接觸端214與焊接端215之間的干涉部216鑲埋 於座體22基部221内；參閱第五圖所示，所述舌板222上形成有複數用以 收容導電端子213之通孔225，所述通孔225延伸並貫通於舌板22之前端 面，所述導電端子213之接觸端214容設于通孔225内並突出於舌板222表 面以利於與對接插頭（未圖示）電性接觸，另外，設於導電端子213前端之 干涉216鑲埋於貫通舌板222前端面的通孔225中，使導電端子213前端 之上下及左右表面均貼靠於通孔225之内壁並固定於通孔225十，從而增加 了導電端子213接觸部214的強度使其於裁切料帶211時導電端子213不會 產生變形，且能確保凸伸出舌板222的接觸部214的平面度；此外，導電端 子213前端可延伸出通孔225而在成型時被固定也可使填充高溫融化的絕緣 材料過程中保證導電端子213的正位度，提高導電端子213的精密度。所述 200906004 基部221上下父錯形成有複數逃料孔223以利於絕緣材料的流動，從而促進 座體22的形成，·另，舌板222上接近於基部221位置處也分別形成有複數 逃料孔223。除上述導電端子213兩端料帶211的固定外，所述舌板222上 對應各導電端+213形成有複#：貫穿舌板上下表面之固定孔224以將各導電 ，子213之接觸部214上下在座體22成型過程中均能由模具（未圖示）固 定，使填充絕緣材料過程中，高溫材料的衝擊不會造成導電端子213的變形， 又能付到更好的定位效果。自所述基部221上端向上凸伸有凸塊2211及複 數杈小的凸肋2214，所述基部221向下延伸有一肋部2212，此外，所述基 部221兩側分別向後延伸有一呈臺階狀的突出部2213。 所述遮蔽殼體3其由-金屬板材彎折而成，於座體22成型後將端子組 2i中分別連接於導電端子213前端之間及後端之間的多餘的料帶211切除， 再將遮fcx體3套接於座體22上。所述遮蔽殼體3前端端口呈D型設置， 其设有-上表面3卜自所述上表面31兩側分別向下彎折形成有兩侧面％， 由兩側面32分別向内彎折並卡合形成有一下表面％。由所述上、下表面3卜 及兩側面32包圍形成一用以收容對接插頭（未圖示）的收容空間34，所 述上、下表面31、33上分別設有兩個延伸入所述收容空間34内的用以抵接 對接插頭（未圖示）的抵壓彈片35。所述舌板222延伸入收容空間％内以 與對接插頭（未圖示）對接。所述雜殼體3上表面31後端設有與所述基 部221上端之凸塊2211相抵持的抵持孔3n，所述下表面33後端抵持於ς 述基部221 Τ端之肋部2212上，自所述遮蔽殼體3兩側面32分別向後延伸 卡扣4 321，田遮蔽设體3套接於所述端子模組2上日夺，所述抵持孔扣 ^凸塊221卜所述下表面33後端與肋部2212分別相抵持；另，座體μ基 部221上複數較小之凸肋2214使遮蔽殼體3與座體2之間能夠緊密配合： 從而使兩者之間的固持更穩定。所述卡扣部321向内彎折並扣持於所述^ ΪΓ13上t遮蔽殼體3舣_於端子模組2外圍以防止遮蔽殼體3前後 晃動。所述舰殼體3關面32分動下延伸有肋將其 圖示）上的焊接腳322。 山疋方、電路扳（未 本發明電連接器1藉由如下步驟製成： 提供金屬料帶’將所述金屬料帶以衝壓方式製成—端子組Μ，所述端子 200906004 數導電端子213及分別連接於導電端子213前端之間及後端 ^用射出成型法於端子組21上形成—座體22，將端子組21中分別連接 於¥電端子213前端之間及後端之間的料帶211切除而形成一端子模組2， 基部221及自基部221向前延伸的舌板222，所述舌板 2M上形成有稷數用以收容導電端子213的通孔奶，所述通孔奶 舌板222之前端面； 提供-遮肢體3，騎述舰殼體3套胁端子獅 本發明電連接器1。 I闽I 取 本^月電連接器座體22是在模具（未圖示）中射出成型於導電端子川 j ’攸而避免再次插入端子造成滑傷座體22影響端子的導通性能丨此外， ===體22成型之前均連接有料帶211，從而在座體22成 k私中可使¥電知子213兩端均能固定於模具中，進 緣材料時導電端子213不會因受到衝擊而化的絶 16鎮埋固持於其中的基部221和形成於舌板 精密度也可得到提高，產品的品質同時也得到保證。^立度奋仏制 以上符合發明專利要件，^紐提出專辦請。惟， ^所ί 較·施对，本剌之細並Μ上述實施方式 :ί===：τ她爾—飾或變化， 【圖式簡單說明】 第一圖係本發明電連接器端子組之立體組合圖； 第=圖係本發明電連接㈣子她未切除料帶之立體电人曰· 圖 第三圖係本發明電連接器端子模組未切除料帶之另-角^的立體組合 第四圖係本發明電連接H端子模組切除料帶後之立體敏 之示^圖係本發明電連接^端子模組沿細圖中V_V 向部分切除後 10 200906004 第六圖係本發明電連接器之立體分解圖； 第七圖係本發明電連接器之另一角度的立體分解圖； 第八圖係本發明電連接器之立體組合圖。 【主要元件符號說明】 電連接器 1 端子組 21 定位孔 212 接觸端 214 干涉部 216 基部 221 肋部 2212 凸肋 2214 逃料孔 223 通孔 225 上表面 31 侧面 32 焊接腳 322 收容空間 34 端子模組 2 料帶 211 導電端子 213 烊接端 215 座體 22 凸塊 2211 突出部 2213 舌板 222 固定孔 224 遮蔽殼體 3 抵持孔 311 卡扣部 321 下表面 33 抵壓彈片 35 11200906004 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an electrical connector (four) and a method of making money, and more particularly to an electrical connector for forming a module by a type method and a method of manufacturing the same.耵出成 [Prior Art] With the electronic «Xunzhan, the enchanting device is also compatible with the world. The electronic products are developing towards a light and short trend, and the internal materials that can be used inside are two or two: = ancient, and its function! The structure of the electrical connector has also been changed. The electrical connector shown in the _J ft includes the body, the assembled connection _ conductive terminal and the shielding case, wherein the conductive terminal is usually driven by the Ζ The back end of the body is inserted into the body. "Yichenghe (4) is the _ Γ 端 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 和 高温 高温 高温 高温 高温 高温 高温 高温 高温 高温 高温 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致 导致Clean up, will affect the electrical characteristics of $. In order to solve this problem, the industry generally uses the cymbal and this:: into the 22 ^ Princess flute year u announced the new patent of Taiwan = Zizhishan tf An electrical connector disclosed in the present invention, in the molding process of the electrical connector, the edge is fixed in the mold by the strip to fill the end of the material, and the body is injection molded on the conductive terminal, and finally The conductive terminal - and the terminal of the shadow change terminal will be inserted into the terminal, so that there is no problem that the end is said to damage the insulating body; so that the volume of the electrical connector can be reduced without leaving too much self-protecting space J. : The sub-body body is gradually shrinking, and the transmission rate of the electrical connector is continuously increasing. In the molding process, the 'causes' and the tightness are manufactured by the above method, and the electrical connector has a material strip for smoothing and small-density. And guide the cescaping - the end of the connection and the production of solid Electrical terminals are vulnerable to high temperature melting raw insulating material between sub-4% prone to crosstalk, is to improve the precision of the conductive terminals, the quality of products produced 200,906,004 problem is difficult to be guaranteed. [Dress ^ month within ίΓ_° 接接11 pepper tree clothing to the above defects. The purpose of this creation is to provide a kind of enclosure (4) + (four) tank terminal module that can improve the precision of the conductive terminal. 』 = seat == two electric terminals and injection molding machine has a base 卩 and The tongue plate extending forward from the base corresponds to a manufacturing method of each electric connector, which comprises the following steps: (4) forming the metal strip in a contact manner into a terminal group, the terminal strip; a plurality of W terminals and a material end connected between the front end and the rear end of the conductive terminal respectively: a projection method forms a seat body on the terminal group, and connects the terminal group to the conductive rear end respectively The strip is cut to form a terminal module, and the base body is formed with a tongue extending toward the job, corresponding to each of the conductive terminals, and the tongue plate is formed with a complex surface, the front end surface of the tongue plate And reducing the shielding housing, and shielding the shielding housing from the periphery of the terminal module. Ϊίϊϊ知技术' The electrical connector body of the present invention is injection molded on the conductive terminal, thereby avoiding the conduction performance of the terminal of the body of the body; in addition, the strip is connected before the conductive, thereby forming the seat body The conductive terminal can be hit twice and = (four) 疋, and when the two-temperature melted insulating material is filled, the conductive terminal is not formed by the through-hole on the rear tongue plate, and a plurality of through holes for accommodating the conductive terminals are formed. Therefore, the conductive terminal is embedded in the solid through hole + and extends the end face, so that the positive capacity of the conductive terminal is made, and the quality of the precision is also ensured. [Embodiment] Referring to Figures - 8 to 8, the electrical connector of the present invention includes a terminal module 2 and a shielding housing 3 covering the periphery of the terminal module 2 with a package 200906004. The terminal module 2 has a plurality of conductive terminals 213 and a base 22 . It is made by the following method: 1. The electric terminal strip is punched to form a terminal group 21'. The terminal group 21 includes a plurality of strips 211 between the front ends and the rear ends of the parallel conductive terminals 213. The locator (4) 213 of the terminal group 21 fixed in a mold (not shown) is formed by a mold (not shown) which is formed by a deep bending of a mold (not shown). The conductive terminal 213 is provided for connection and docking. The plug (not shown) = tan is connected to the soldering end 215 on the circuit board (not shown), is disposed between the contact end 214 j and connected to the front end of the conductive terminal 213 and is embedded in the housing r The interference portion 216 inside. Before the body 22 is formed, the terminal group 21 is fixed in a mold (not shown) by positioning holes 212 on the strips π at both ends, and then filled with a high-temperature melting insulating material into the mold to be insulated. After the material is hardened, a seat body 镶 in which the terminal group 21 is embedded is formed, and then the strip 211 at both ends of the f terminal group 21 is cut off to form a __ terminal 2; since the conductive terminal 213 is at the end A strip 211 is connected between the rear end and the rear end, so that the conductive terminals can be fixed to the mold (not shown) at both ends. Thus, during the process of filling the insulating material, the conductive terminal 213 can be ensured. The deformation of the insulating material causes deformation, and the flatness of the welded end 215 of the conductive terminal 213 after the forming of the seat a is ensured to facilitate welding. The base body 22 is formed with a base portion 221 and a tongue plate 222 extending forward from the base portion 221. The interference portion 216 between the contact end portion 214 and the solder end 215 of the conductive terminal 213 of the terminal group 21 is embedded in the seat body 22. The bottom plate 222 is formed with a plurality of through holes 225 for receiving the conductive terminals 213. The through holes 225 extend through the front end surface of the tongue plate 22, and the conductive terminals are formed. The contact end 214 of the 213 is received in the through hole 225 and protrudes from the surface of the tongue 222 to facilitate electrical contact with the mating plug (not shown). In addition, the interference 216 disposed at the front end of the conductive terminal 213 is embedded in the through tongue. In the through hole 225 of the front end surface of the 222, the upper end and the left and right surfaces of the front end of the conductive terminal 213 are abutted against the inner wall of the through hole 225 and fixed to the through hole 225, thereby increasing the strength of the contact portion 214 of the conductive terminal 213. When the strip 211 is cut, the conductive terminal 213 is not deformed, and the flatness of the contact portion 214 protruding from the tongue 222 can be ensured; in addition, the front end of the conductive terminal 213 can extend through the through hole 225 and be fixed during molding. Can make the insulation material filled with high temperature melted In ensure the righting of the conductive terminals 213, 213 improve the precision of the conductive terminals. The 200906004 base 221 is formed with a plurality of escape holes 223 to facilitate the flow of the insulating material, thereby facilitating the formation of the seat body 22. Further, the tongue plate 222 is also formed with a plurality of materials at positions close to the base portion 221. Hole 223. In addition to the fixing of the strip 211 at both ends of the conductive terminal 213, the corresponding conductive end +213 of the tongue plate 222 is formed with a fixing hole 224 through the lower surface of the tongue plate to connect the conductive portion and the contact portion of the sub-213. The upper and lower sides of the 214 can be fixed by a mold (not shown) during the molding process of the seat body 22, so that the impact of the high-temperature material does not cause deformation of the conductive terminal 213 during the process of filling the insulating material, and a better positioning effect can be obtained. A protrusion 2211 and a plurality of small ribs 2214 are protruded upward from the upper end of the base 221. The base 221 has a rib 2212 extending downwardly. Further, the base 221 has a stepped shape extending rearwardly from opposite sides. Projection portion 2213. The shielding shell 3 is formed by bending a metal plate. After the seat body 22 is formed, the excess strip 211 of the terminal group 2i connected between the front end and the rear end of the conductive terminal 213 is respectively cut off. The cover fcx body 3 is sleeved on the base 22. The front end port of the shielding shell 3 is D-shaped, and the upper surface 3 is formed by bending downwardly from both sides of the upper surface 31 to form two side surfaces, and the two side surfaces 32 are respectively bent inwardly. The engagement is formed with a % of the surface. A receiving space 34 for receiving a mating plug (not shown) is formed by the upper and lower surfaces 3 and the two side surfaces 32. The upper and lower surfaces 31 and 33 are respectively provided with two extending into the A pressing elastic piece 35 for abutting a mating plug (not shown) in the accommodating space 34. The tongue plate 222 extends into the receiving space % to interface with a mating plug (not shown). The rear end of the upper surface 31 of the miscellaneous housing 3 is provided with an abutting hole 3n abutting against the protrusion 2211 at the upper end of the base portion 221, and the rear end of the lower surface 33 abuts against the rib at the end of the base portion 221 In the 2212, the buckles 4 are respectively extended from the two side faces 32 of the shielding case 3, and the cover body 3 is sleeved on the terminal module 2, and the abutting hole buckles 221 The rear end of the lower surface 33 and the rib 2212 respectively abut each other; in addition, the plurality of small ribs 2214 on the base μ 221 of the base body 219 can closely fit the shielding shell 3 and the base 2: The retention between the two is more stable. The locking portion 321 is bent inwardly and fastened to the casing 13 to shield the casing 3 from the periphery of the terminal module 2 to prevent the shielding casing 3 from shaking back and forth. The bearing housing 3 has a soldering leg 322 on the closing surface 32 that extends under the ribs to which it is shown. Hawthorn side, circuit board (the electrical connector 1 of the present invention is not made by the following steps: providing a metal strip 'to make the metal strip in a stamping manner - terminal set Μ, the terminal 200906004 number of conductive terminals 213 And connecting the front end of the conductive terminal 213 and the rear end respectively to form a body 22 on the terminal group 21 by injection molding, and connecting the terminal group 21 between the front end and the rear end of the electric terminal 213 respectively. The strip 211 is cut away to form a terminal module 2, a base portion 221 and a tongue plate 222 extending forward from the base portion 221, and the tongue plate 2M is formed with a plurality of through-hole milk for receiving the conductive terminals 213. The front end face of the hole milk tongue plate 222; the cover armor body 3, the riding ship shell 3 sets of the flank terminal lion of the invention electrical connector 1. I闽I take this ^ month electrical connector body 22 is in the mold (not shown In the case of injection, the injection molding is performed on the conductive terminal, and the insertion of the terminal is prevented to cause the sliding body 22 to affect the conduction performance of the terminal. Further, the === body 22 is connected with the tape 211 before molding, so that the body 22 is k. In private, you can fix both ends of the electric zizi 213 in the mold. In the case of the material, the conductive terminal 213 is not damaged by the impact, and the base portion 221 and the precision formed on the tongue plate can be improved, and the quality of the product is also ensured. In accordance with the requirements of the invention patent, ^ New Zealand is requested to do so. However, ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The first figure is a three-dimensional combination diagram of the terminal block of the electrical connector of the present invention; the first figure is the electrical connection of the present invention (four) the three-dimensional electric mantle of the uncut tape. The third figure is the terminal block of the electrical connector of the present invention. The three-dimensional combination of the other-corner of the uncut strip is the fourth embodiment of the present invention. The electrical connection of the H-terminal module after cutting the strip is shown in the V_V direction of the present invention. After partial resection 10 200906004 The sixth diagram is an exploded perspective view of the electrical connector of the present invention; the seventh diagram is an exploded perspective view of the electrical connector of the present invention; the eighth diagram is a three-dimensional combination diagram of the electrical connector of the present invention [Main component symbol description] Electrical connector 1 Sub-group 21 locating hole 212 contact end 214 interference portion 216 base 221 rib 2212 rib 2214 escape hole 223 through hole 225 upper surface 31 side 32 soldering foot 322 receiving space 34 terminal module 2 strip 211 conductive terminal 213 splicing End 215 Seat 22 Bump 2211 Projection 2213 Tongue plate 222 Fixing hole 224 Shielding housing 3 Abutting hole 311 Snap portion 321 Lower surface 33 Pressing elastic piece 35 11