五、新型說明： 【新型所屬之技術領域】 本創作有關於一種電連接器，尤指一種同時具有符合 USB2.0及USB3.0規格的插座電連接器。 【先前技術】 通用序賴流排（USB)電連接n，目前最普遍 的是聰2.0規格，但近期已發展出聰3Q規格，使3 ，接器的導電端子’需要由四根導電端子增加為九根導電 端子。雖然USB2.0在現階段仍為主流，但是USB3.〇具有 傳輸頻寬大幅增加的優點，為未來使用的趨勢，因此現在 已，展出同時具有符合USB2 〇及USB3 〇規格的插座電連 接° 惟，習知符合USB2.0及USB3.0規格單層型式的電連 ，器，其導電端子為利用插接方式組合於絕緣本體上，通 常會有，展不便及定位不良等問題發生，不利於精減成品 工序及貫現自動化生產。再者，該電連接器不便於實現產 品不同板上高度的要求，若要實現不同板上高度的要求， 則需大幅㈣更模具設計，造成製造成本的增加。 如緣是，本創作人有感上述缺失之可改善，乃特潛心研 九並配a子理之運用，終於提出一種設計合理且有效改善 上述缺失之本創作。 【新型内容】 本創作之主要目的，在於提供一種電連接器，可利於 精減成品工序及實現自動化生產。 —本創作之另—目的，在於提供一種電連接器，可便於 實現產品不同板上高度的要求。 3/13 M394624 為了達成上述之目的，本創作提供一種電連接器，包 括.一絕緣本體，該絕緣本體包含有一本體部及一由該本 體部突伸出的舌板’該舌板上設置有數個第一端子槽及數 個第二端子槽’該些第一端子槽及該些第二端子槽設於該 舌板一面’該些第二端子槽貫穿至該本體部後端；數個第 一導電端子，該些第一導電端子各具有一第一接觸部及一 第一焊接部’該些第一導電端子以嵌入式模鑄固定於該絕 緣本體上，該些第一接觸部分別容置於該些第一端子槽中 ，5亥些第一焊接部伸出該絕緣本體；以及數個第二導電端 子，该些第二導電端子各具有一第二接觸部及一第二焊接 部，该些第二導電端子分別組裝於該些第二端子槽中，該 些第二接觸部容置於該些第二端子槽前段處，該些第二焊 接部伸出該絕緣本體。 本創作的絕緣本體的本體部底部形成有一組裝槽，該 組裝槽組裝一導針板，該導針板上間隔的設有數個第一端 子孔及數個第二端子孔，該些第一導電端子的第一焊接部 为別穿设於該些第一端子孔，該些第二導電端子的第二焊 接部分別穿設於該些第二端子孔。 本創作具有以下有益的效果： 該些第一導電端子（USB3.〇規格）及絕緣本體用嵌入 式模鑄(insertmolding)工藝成型，不會有導電端子插接組合 時組裝不便及定位不良等問題發生，可利於精減成品工序 及實現自動化生產。 另，絕緣本體配用不同的導針板，或絕緣本體在成型 中更換-模具的零件’即可實現產品不同板上高度的要求 ’不需大幅的變更模具設計，具有降低製造成本的效果。[s】 4/13 另，舌板中的數個第二端子槽與USB3 〇規格的第一導 電h子疋併通過喪入式模鑄(insert molding)成型出來，使 其組立方式可同於現有USB2 〇流程，即該些第二導電端子 可由後向剧預裝及壓入該些第二端子槽中，亦可精減成品 工序及實現自動化生產。 為使此更進一步瞭解本創作的特徵及技術内容，請參 閱X下有關本創作的詳細說明與附圖，然而所附圖式僅提 ί、參考與说明用，並非用來對本創作加以限制者。 【實施方式】 «月參閱第一圖至第七圖，本創作提供一種電連接器， 括有一絕緣本體1、數個第一導電端子2、數個第二^電 鳊子3及一屏蔽殼體4，在本創作的第一實施例中，該電連 接器為一單層反向標準型式.，但該電連接器的型式並不以 此為限，也可為正向或破板型式。 該絕緣本體1係以塑膠材料製成，其包含有一本體部 ^及一由本體部11沿縱向向前突伸出的舌板12，該本體 ，π凹陷形成有一組裝才曹ln ’該組賴llu立於該本= 部11底部，並可延伸至該本體部u後端處，該組裝槽 可用以組f -導針板13，該本體部丨丨於鄰近 ; 側處各設有-導柱112,導柱112是沿上、下方向ς伸。λ 該導針板I3為-呈階梯型的板體，但導針板Β的 =並不限制’該導針板13兩側設有與導柱U2相對應的兩 V槽131，使得導針板13可利用導柱112及導槽⑶的 ^準確的組裝於本體部U上。該導針板13上間隔的設有 數個弟一端子孔132及數個第二端子孔133，該些第— 孔m及該些第二端子孔出貫穿導針板u _及底^ 5/13 M394624 該些第一端子孔132係位於該些第二端子孔133的前方， 亦即該些第一端子孔132及該些第二端子孔133排列成兩 排。 該舌板12上設置有數個第—端子槽121及數個第二端 子槽122,該些第一端子槽121及該些第二端子槽122係設 於舌板12—面，在本實施中第一端子槽121及第二端子槽 122設於舌板12頂面，該些第—端子槽121間隔的設置於 舌板12上近前端處，該些第二端子槽122間隔的設置於舌 板12上，該些第二端子槽122沿舌板12縱向延伸，該些 第二端子槽122並貫穿至本體部u後端。該些第一端子槽 ⑵係位於該些第二端子槽122的前方，且第一端子槽i2i 、第二端子槽122相互不連通。本創作第二端子槽122與 USB3.0規格的第-導電端子2 —併通過嵌入式模餅贿t —g)成型出*，使其組立方式可同於現有脳2 〇流程 ’㈣㈣二導電端子3可由後向前預裝及壓人該些 端子槽122中。 一 1¥電端子2係以導電性良好的金屬材料製成 早Γ子2符合刪·〇規格，該些第-導《 子2各具有—第—固定部21一第-接觸部22及-第-焊 =2=第一接觸部22由第一固定部21前端延伸彎折 = 則由第一固定部21後端延伸彎折 固定於料緣本妒〗^子2係以嵌人式模鑄—幻 :1，該些第-接觸部二=?_= ::::::電連接器的導電端子—接 [S 1 接〜第知接4 23則伸出絕緣本體工底部。 6/13 M394624 5亥些第二導電端子3係以導電性良好的金屬材料製成 «亥些第一導電端子3符合USB2.0規格，該些第二導電端 子3各具有一第二固定部31、一第二接觸部32及一第二焊 接部33，該第二接觸# 32由第二固定部31前端延伸彎折 形成’該第二烊接部33則由第二固定部31後端延伸料 形成。该些第二導電端子3係由後向前預裝及麼入組裳於 該些第二端子槽122中，該些第二固定部3ι以干涉的方式 固定於絕緣本體i。該些第二接觸部32分別容置於該些第 二端子槽122前段處，且該些第二接觸部％凸出於舌板12 頂面，可用以與對接之電連接器的導電端子接觸達成電性 連接，该些第二嬋接部33則伸出絕緣本體j底部。 遺導針板13由下而上紅裝於該組裳槽⑴，導針板u 利用導柱m及導槽131的導引組裝於本體部u上，使導 針ΐ 13位於本體部11底部，可利用導針板η高度的變化 笛貫，產品不同板上高度的要求。該些第一導電端子2的 ^部23分別穿設於該些第—端子孔132，該些第二 導電知j子3的第-惊接邱u八 ^ 分财設於該些第二端子孔 導電端子2的第—桿接部23及該地第— 導電端子3的第二煜桩邱u& 一币一 声伸出導針板13底部適當的長 度^用=接於電路板上，與電路板達成電性連接。 兩側四圖所示’該本體部11於鄰近組裝槽in 兩=處πβι—卡扣部113，且於 =有與兩I卡扣部113相對應的 = 用兩第一卡扣部113了 J利 的定位。 13及兩弟—卡扣部m相互卡扣而穩固 7/13 M394624 該屏蔽殼體4具有一頂壁41、兩側壁42及一底壁 ，頂壁41、兩側壁42及底壁43後側並組裝有一後蓋44， 該頂壁41、兩側壁42、底壁43及後蓋44包圍形成一用於 容納該絕緣本體1的容置腔45，該屏蔽殼體4套接於絕緣 本體1的外側，可提供良好的屏蔽效果，藉以組成電連接 器成品。 另’ e青參閱第八圖至第十圖，在本創作的第二實施例 中，該電連接器為一單層正向標準型式，與上述第一實施 例的差異主要在於，在本實施中第一端子槽⑵及第二端 子槽122设於舌板12底面，絕緣本體1、第一導電端子2 、第二導電端子3及屏蔽殼體4的構造僅作些微的變化， 不再加以資述。 本創作電連接器的絕緣本體丨配用不同的導針板13， 實現產品不同板上高度的要求，不需大幅的變更模具 5又汁，具有降低製造成本的效果。再者，該些第一導電端 子—及、”邑、’彖本體1用肷入式模鑄(i職打n1〇iding)工藝成型， 不會有導電端子插接組合時組裝不便及定位不良等問題發 生’可利於精減成品工序及實現自動化生產。 另，舌板12中的數個第二端子槽122與USB3 〇規格 1第導電端子2是一併通過後入式模鑄(insert molding)成 =來L使其組立方式可同於現有USB2.G流程，即該些第 二電端子3可由後向前縣及>1人該些第二端子槽122 中’亦可精減成品工序及實現自動化生產。 ’ 4參閱第十—圖至第十三圖，在本創作的第三實 该電連接器為—單層正向破板型式，與上述第二 ^的差異主要在於’在本實齡，舰緣本體1為破[s] 8/13 M394624 板（沉板）型式的設計，其本體部11底面形成階梯狀，從 而能以破板（沉板）方纽置於電路板上。在本實施中， 亚未ά有上述的導針板13，該絕緣本體丨在成型中更換一 模具的零件’也可實現產品不同板上高度的要求。、 惟以上所述僅為本創作之較佳實施例，非意欲侷限本 創作的專龍護範圍，故軌運財創作說财及圖式内 =所，等效變化’均同理皆包含於本創作的權利保護範 圍内，合予陳明。 【圖式簡單說明】 實施例之立體分解圖。 貫施例另一角度之立體分解 弟一圖為本創作電連接器第— 第二圖為本創作電連接器第_ 圖。 第三圖為本創作電連接器第一 蔽殼體）。 實施例之剖視圖（未組裝屏V. New description: [New technology field] This creation is about an electrical connector, especially a socket electrical connector that meets both USB2.0 and USB3.0 specifications. [Prior Art] Universal sequence current (USB) electrical connection n, the most common is Cong 2.0 specifications, but recently developed Cong 3Q specifications, so that the 3, the connector's conductive terminal 'need to be increased by four conductive terminals It is nine conductive terminals. Although USB2.0 is still the mainstream at this stage, USB3. has the advantage of a large increase in transmission bandwidth, which is a trend for future use. Therefore, it has been exhibited at the same time that it has a socket connection that conforms to the USB2 and USB3 specifications. However, conventionally, the electrical connection of the single-layer type of USB2.0 and USB3.0 specifications is adopted, and the conductive terminals are combined on the insulating body by plugging, which usually causes problems such as inconvenience and poor positioning, which is disadvantageous. In the process of reducing the finished product and automatic production. Moreover, the electrical connector is inconvenient to achieve the height requirements of different boards of the product. To achieve different board height requirements, a large (4) more mold design is required, resulting in an increase in manufacturing cost. If the edge is, the creator feels that the above-mentioned deficiency can be improved, and he is devoted to the application of a sub-theory, and finally proposes a creation that is reasonable in design and effective in improving the above-mentioned deficiency. [New Content] The main purpose of this creation is to provide an electrical connector that can facilitate the reduction of finished products and automated production. - Another purpose of this creation is to provide an electrical connector that facilitates the implementation of different board height requirements. 3/13 M394624 In order to achieve the above object, the present invention provides an electrical connector comprising: an insulative housing comprising a body portion and a tongue plate projecting from the body portion. a first terminal slot and a plurality of second terminal slots, wherein the first terminal slots and the second terminal slots are disposed on one side of the tongue plate. The second terminal slots extend through the rear end of the body portion; a first conductive terminal having a first contact portion and a first soldering portion, wherein the first conductive terminals are embedded and fixed on the insulating body, and the first contact portions respectively receive And disposed in the first terminal slots, the first soldering portions protrude from the insulating body; and the plurality of second conductive terminals each have a second contact portion and a second solder portion The second conductive terminals are respectively assembled in the second terminal slots, and the second contact portions are received in the front portions of the second terminal slots, and the second soldering portions protrude from the insulating body. An assembly slot is formed on the bottom of the main body of the insulative housing. The assembly slot is provided with a pin guide plate. The pin plate is provided with a plurality of first terminal holes and a plurality of second terminal holes spaced apart from each other. The first soldering portion of the terminal is disposed in the first terminal hole, and the second soldering portion of the second conductive terminal is respectively disposed in the second terminal hole. The creation has the following beneficial effects: The first conductive terminals (USB3.〇 specifications) and the insulating body are formed by an insert molding process, and there is no problem of inconvenient assembly and poor positioning when the conductive terminals are plugged and combined. Occurs to reduce the finished product process and achieve automated production. In addition, the insulating body is equipped with different pin guide plates, or the insulating body is replaced with the parts of the mold during the molding process to achieve the height requirements of the different plates of the product. The utility model has the advantages of reducing the manufacturing cost without greatly changing the mold design. [s] 4/13 In addition, several second terminal slots in the tongue and the first conductive h-pin of the USB3 〇 specification are formed by insert molding, so that the assembly method can be the same as The existing USB2 〇 process, that is, the second conductive terminals can be pre-loaded and pressed into the second terminal slots by the backward play, and the finished product process can be reduced and automated production can be realized. In order to further understand the features and technical contents of this creation, please refer to the detailed description and drawings of this creation under X. However, the drawings are only used for reference, reference and explanation, and are not intended to limit the creation. . [Embodiment] «Please refer to the first to seventh figures. The present invention provides an electrical connector including an insulative housing 1, a plurality of first conductive terminals 2, a plurality of second electric dice 3, and a shielding case. Body 4, in the first embodiment of the present invention, the electrical connector is a single-layer reverse standard type. However, the type of the electrical connector is not limited thereto, and may be a forward or broken type. . The insulative housing 1 is made of a plastic material, and includes a body portion and a tongue 12 projecting forwardly from the body portion 11 in the longitudinal direction. The body, the π recess is formed with an assembly only Cao ln ' The llu is located at the bottom of the portion 11 and extends to the rear end of the body portion u. The assembly groove can be used as a group f-guide pin 13 which is adjacent to each other; The column 112 has a guide post 112 that extends in the upper and lower directions. λ The needle guide plate I3 is a stepped plate body, but the pin guide plate Β = is not limited to the two sides of the needle guide plate 13 are provided with two V slots 131 corresponding to the guide post U2, so that the guide pin The plate 13 can be accurately assembled to the body portion U by using the guide post 112 and the guide groove (3). A plurality of the first terminal holes 132 and the plurality of second terminal holes 133 are disposed on the guide pin plate 13. The first hole m and the second terminal holes are penetrated through the pin guide plate u_ and the bottom plate 5/ 13 M394624 The first terminal holes 132 are located in front of the second terminal holes 133, that is, the first terminal holes 132 and the second terminal holes 133 are arranged in two rows. The tongue plate 12 is provided with a plurality of first terminal slots 121 and a plurality of second terminal slots 122. The first terminal slots 121 and the second terminal slots 122 are disposed on the surface of the tongue plate 12, in this embodiment. The first terminal slot 121 and the second terminal slot 122 are disposed on the top surface of the tongue plate 12. The first terminal slots 121 are spaced apart from the front end of the tongue plate 12, and the second terminal slots 122 are spaced apart from the tongue. On the board 12, the second terminal slots 122 extend longitudinally along the tongue plate 12, and the second terminal slots 122 extend through the rear end of the body portion u. The first terminal slots (2) are located in front of the second terminal slots 122, and the first terminal slots i2i and the second terminal slots 122 are not in communication with each other. The second terminal slot 122 of the present invention is formed with the first conductive terminal 2 of the USB 3.0 specification and formed by the embedded mold cake bribe t-g, so that the assembly method can be the same as the existing 脳2 〇 process '(four) (four) two conductive The terminal 3 can be preloaded and pressed into the terminal slots 122 from the rear to the front. A 1 ¥ electric terminal 2 is made of a metal material having good electrical conductivity, and the early tweezers 2 conforms to the specifications of the 〇 导 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , First-welding=2=The first contact portion 22 is bent and extended by the front end of the first fixing portion 21. Then, the first fixing portion 21 is extended and bent at the rear end of the first fixing portion 21, and is fixed to the edge of the material. Casting - Magic: 1, the first - contact part two =? _ = :::::: The electrical terminal of the electrical connector - connected [S 1 connected ~ the first connection 4 23 extends out of the insulating body. 6/13 M394624 5 The second conductive terminals 3 are made of a metal material with good electrical conductivity. The first conductive terminals 3 meet the USB 2.0 specifications, and the second conductive terminals 3 each have a second fixing portion. 31. A second contact portion 32 and a second soldering portion 33. The second contact portion 32 is bent and formed by the front end of the second fixing portion 31. The second splicing portion 33 is formed by the rear end of the second fixing portion 31. The extension material is formed. The second conductive terminals 3 are pre-assembled in the front and the rear, and the second mounting portions 3 are fixed to the insulative housing i in an interference manner. The second contact portions 32 are respectively received at the front ends of the second terminal slots 122, and the second contact portions are protruded from the top surface of the tongue plate 12, and can be used to contact the conductive terminals of the docked electrical connectors. The electrical connection is achieved, and the second splicing portions 33 extend out of the bottom of the insulating body j. The guide pin 13 is mounted on the set of slots (1) from bottom to top. The guide pin u is assembled on the body portion u by the guide post m and the guide groove 131, so that the guide pin 13 is located at the bottom of the body portion 11. The height of the guide pin η can be used to change the height of the product. The second portions of the first conductive terminals 2 are respectively disposed in the first terminal holes 132, and the second conductive terminals of the second conductive terminals 3 are disposed on the second terminals. The first rod portion 23 of the hole conductive terminal 2 and the second pile portion of the first conductive terminal 3 of the ground are respectively protruded from the bottom of the guide pin plate 13 by an appropriate length to be connected to the circuit board, The board is electrically connected. As shown in the four figures on both sides, the main body portion 11 is adjacent to the assembly groove in two = πβι - the buckle portion 113, and corresponding to the two I buckle portions 113 = with the two first buckle portions 113 J Li's positioning. 13 and the two brothers - the buckle portion m is fastened to each other and stabilized 7/13 M394624 The shield housing 4 has a top wall 41, two side walls 42 and a bottom wall, and the rear wall 41, the two side walls 42 and the rear side of the bottom wall 43 And a rear cover 44 is assembled. The top wall 41, the two side walls 42, the bottom wall 43, and the rear cover 44 are formed to form a receiving cavity 45 for receiving the insulative housing 1. The shielding shell 4 is sleeved on the insulative housing 1. The outer side provides a good shielding effect to form the finished electrical connector. Referring to the eighth to tenth drawings, in the second embodiment of the present invention, the electrical connector is a single-layer forward standard type, and the difference from the first embodiment is mainly in the present embodiment. The first terminal slot (2) and the second terminal slot 122 are disposed on the bottom surface of the tongue plate 12. The structures of the insulative housing 1, the first conductive terminal 2, the second conductive terminal 3, and the shield case 4 are only slightly changed, and are not further changed. Capital statement. The insulating body of the present invention is equipped with different pin guide plates 13 to achieve the height requirements of different plates of the product, and does not require a large change of the mold 5 and the juice, and has the effect of reducing the manufacturing cost. Furthermore, the first conductive terminals—and the “邑,” body 1 are formed by a die-casting process, which is inconvenient to assemble and poorly positioned when the conductive terminals are plugged and assembled. The occurrence of such problems can be beneficial to the reduction of the finished product process and the realization of automated production. In addition, the plurality of second terminal slots 122 in the tongue plate 12 and the USB3 〇 size 1 first conductive terminal 2 are joined together by insert molding (insert molding) ) = = L to make it stand up in the same way as the existing USB2.G process, that is, the second electrical terminals 3 can be used by the back of the county and > 1 person of the second terminal slots 122 can also be refined Process and automatic production. ' 4 See the tenth to the thirteenth figure. In the third actual implementation of this creation, the electrical connector is a single-layer positive-breaking type, and the difference from the above second is mainly ' In this real age, the ship's body 1 is a broken [s] 8/13 M394624 plate (sinking plate) type design, and the bottom surface of the body portion 11 is stepped, so that the broken plate (sinking plate) can be placed in the circuit. In this embodiment, the sub-axle has the above-mentioned guide pin 13 which is replaced during molding. The parts of the mold can also meet the requirements of different heights on the different boards of the product. However, the above description is only a preferred embodiment of the creation, and it is not intended to limit the scope of the creation of the dragon. In the formula, the equivalent change is included in the scope of the protection of this creation, and is combined with Chen Ming. [Simplified illustration of the schema] The exploded view of the embodiment. The stereo decomposition of the other angle of the embodiment The first picture of the author is the creative electrical connector. The second picture is the first electrical connector of the author. The third picture is the first shielding case of the creative electrical connector. Sectional view of the embodiment (unassembled screen)
第四圖為本創作電連接器第—實施例之立體圖 蔽殼體）。 (未組裝屏 第五圖為本創作電連接器 未組裝屏蔽殼體）。 第—實施例另一角度之立體圖 ( 第六圖為本創作電連接器第—實施例之立體圖。 第七圖為本創作電連接器第—實施例另-角度之立體圖。 第八圖為本創作電連接㈣二實施例之立體分解圖。 第九圖為本創作電連接器第二實施例另—角度之立體分解 梢作電連翻第二實施例之職圖（未組裝屏 9/13 M394624 第十一圖為本創作電連接器第三實施例之剖視圖（未組裝 屏蔽殼體）。 第十二圖為本創作電連接器第三實施例之立體圖。 第十三圖為本創作電連接器第三實施例另一角度之立體圖 〇 第十四圖為本創作電連接器第一實施例絕緣本體之立體圖 〇 【主要元件符號說明】 1絕緣本體 11本體部 111組裝槽 112導柱 11第'—^扣部 12舌板 121第一端子槽 122第二端子槽 13導針板 131導槽 132第一端子孔 133第二端子孔 134第二卡扣部 2第一導電端子 21第一固定部 22第一接觸部 23第一焊接部 3第二導電端子 [ 10/13 M394624 31第二固定部 32第二接觸部 33第二焊接部 4屏蔽殼體 41頂壁 42側壁 43底壁 44後蓋 45容置腔The fourth figure is a perspective view housing of the first embodiment of the present invention. (Unassembled screen The fifth figure is the unassembled shielded housing of the creative electrical connector). A perspective view of another embodiment of the present invention (the sixth drawing is a perspective view of the first embodiment of the present invention. The seventh drawing is a perspective view of the first embodiment of the present invention. Creating an electrical connection (4) an exploded perspective view of the second embodiment. The ninth embodiment is a second embodiment of the second embodiment of the creative electrical connector. M394624 The eleventh figure is a cross-sectional view (unassembled shielded case) of the third embodiment of the present invention. The twelfth view is a perspective view of the third embodiment of the present invention. FIG. 14 is a perspective view of the insulating body of the first embodiment of the present invention. [Main element symbol description] 1 Insulating body 11 body portion 111 assembly groove 112 guide column 11 The first button slot 121, the first terminal slot 122, the second terminal slot 13, the pin guide plate 131, the slot 132, the first terminal hole 133, the second terminal hole 134, the second latching portion 2, the first conductive terminal 21, the first terminal The first contact portion 23 of the fixing portion 22 is first Welding part 3 second conductive terminal [10/13 M394624 31 second fixing part 32 second contact part 33 second welding part 4 shielding case 41 top wall 42 side wall 43 bottom wall 44 rear cover 45 receiving cavity