M378500 五、新型說明： 【新型所屬之技術領域】 本創作涉及連接器，更具體地涉及一種電子器件之間的 電連接器。 【先前技術】 隨著電子產品的不斷發展，各種電子產品之間及其周邊 裝置之間的連接越來越頻繁，而電子產品與其周邊裝置之間 通過電連接器來實現連接是一種常見的連接方式，因此電連 接器的使用頻率也隨之增加。電連接器在電子領域被如此廣 泛的應用，因此生產廠家對電連接器的生產也由原來的小規 模生產逐漸轉變為大規模批量化生產。同時電子產品的更新 換代日新月異，傳輸速率也不斷提高，因此要求與之配合使 用的電連接器的傳輸速率也需相應地提高才能真正實現電子 產品之間高速率的數據傳輸。而由於電連接器的傳輸速率的 提高，其結構也相對地變得複雜了，因此相比早先的傳輸速 率低且結構簡單的電連接器，生產廠家在大規模批量化生產 這種新型的傳輸速率高的電連接器時不能再使用先前的組裝 方法來組裝這種結構複雜的電連接器。因此各生產廠家紛紛 採取各種辦法來改進電連接器的結構，使其能簡化組裝步驟 實現快速組裝，降低生產成本。 【新型内容】 本創作的目的在於針對上述問題提供一種電連接器，該 電連接器在大規模批量化生產中組裝快速準確，因此為生產 廠家降低了生產成本，提高了生產效率。 為實現上述目的，本創作所提供的電連接器包括絕緣本 • Γ 3 M378500 體、第一端子、第二端子及絕緣承載體，絕緣本體的上端面 開設有複數第一端子槽，第一端子對應卡設於第一端子槽 中；絕緣本體的下端面開設有複數第二端子槽，第二端子對 應卡設於第二端子槽中，且第二端子具有延伸出第二端子槽 的接觸部；絕緣承載體包括承載板體，承載板體的一端凸伸 形成支撐體，支撐體開設有通孔，承載體開設有與通孔連通 的收容槽，絕緣本體卡合地穿過通孔並固定於收容槽内，承 載板體的一端開設有凹槽，且第二端子的接觸部對應卡合於 凹槽中。 如上所述，本創作電連接器的端子分別卡設在絕緣本體 的上端面與下端面的端子槽内，且承載板體的一端凸伸形成 支撐體，支撐體開設有與承載體上的收容槽連通的通孔，從 而絕緣本體卡合地穿過通孔而固定於收容槽内，即可將絕緣 本體牢固地固定在收容槽内而完成電連接器的組裝工作，因 此該電連接器的組裝簡單快速且準確，可在組裝過程中節省 大量的人力物力，可節約資源，降低生產成本，同時也提高 生產效率。 【實施方式】 為詳細說明本創作的技術内容、構造特徵、所實現目的 及效果，以下結合實施方式並配合附圖詳予說明。 請參閱第一圖，本創作電連接器包括絕緣本體100、第一 端子310、第二端子320及絕緣承載體200，第一端子310和 第二端子320分別卡設於絕緣本體100上，並且絕緣本體 100、第一端子310及第二端子320 —起卡合固定於絕緣承載 體200上。 具體地，請參考第二圖和第三圖，絕緣本體100包括卡 4 持部110與端子板120’卡持部110由端子板120的末端豎直 向下延伸形成0端子板120的上端面開設有複數第一端子槽 121，端子板12〇的下端面開設有複數第二端子槽122,且第 一端子槽121與第二端子槽122均前後貫穿端子板120並豎 直延伸而上下貫穿卡持部11〇,其中，第一端子槽121靠近其 彎折處向兩側内凹形成缺口 123。卡持部11〇的兩側面分別向 外凸伸形成凸起111。 第一端子310由第一固定部311、連接部312及第一焊接 部313組成，且連接部312相對第一固定部311向上突出。 第一固疋部311和連接部312固定卡合於端子板丨2〇上端面 的第一端子槽121内，且連接部312向上突出端子板12〇的 表面，以方便和外部連接器的連接端子連接；第一焊接部313 固定卡設於卡持部11〇上的第一端子槽121内，且第一焊接 部3丨3向下伸出卡持部110,以方便與外部電路板焊接；第一 固定部311與第—焊接部3丨3連減向賴凸伸形成與第一 端子槽121上的缺口 123相配合的突塊314，突塊314與缺口 ⑵相卡合’從而使第一端子31〇更牢固地固定在絕緣本體 ‘端子320由第二固定部32卜接觸部322及第 乐 的第_°帛二固定部321 ®定卡合於端子板120下端 上的第二二接部323固定卡設於卡持部1 子槽122内’且第二焊接部323向下 ==與外部電路板焊接;第二固定部321與接觸卡: 定部t 形成彎㈣324,從而使接觸部322相對第二 1肖上突出’且接觸部322伸出絕緣本體_ 中，=方便和外部連接器的連接端子連接。在本實I 為使第二端+ 320與絕緣讀1〇〇之間的卡合更牢固 M378500 可將第二固定部321設置成彎折形狀，同時端子板120下端 面的第二端子槽122也作相應的設置。 絕緣承載體200包括承載板體210及由承載板體210的 一端上下凸伸形成的支撐體220。承載板體210上開設有收容 固定絕緣本體100的收容槽211，收容槽211的一端向前凸伸 形成承載部212。承載部212上開設有凹槽213,第二端子320 從絕緣本體100的下端面向絕緣本體100的上端面彎折延伸 並使其接觸部322卡合在凹槽213中。承載部212與收容槽 211連接處的端面呈鋸齒狀，該端面由相互間隔的突出部214 與凹陷部215組成，凹陷部215與凹槽213連通，凹陷部215 ® 卡合第二端子320的彎折部324並引導接觸部322卡入凹槽 213内；且絕緣本體100的自由端124與該端面的突出部214 及凹陷部215相對應抵觸卡接，可防止絕緣本體100因壓入 過度而損壞第二端子320的彎折部324。 支撐體220開設有與收容槽211連通的通孔223,絕緣本 體100的端子板120穿過通孔223而固定於收容槽211内； 支撐體220的下端面開設有與通孔223連通的槽口 224,槽口 224卡合並收容絕緣本體100的卡持部110。支撐體220的兩 φ 側面形成有與卡持部110上的凸起111相卡合的卡口 221，卡 口 221與凸起111相卡合而將絕緣本體100固定在收容槽211 與槽口 224内，且可防止絕緣本體100向後滑落，從而使絕 緣本體100牢固地安裝在絕緣承載體200上。支撐體220的 下端面沿承載部212延伸形成卡合片222,卡合片222與承載 板體210之間形成卡合區225。另，支撐體220的上端面内凹 形成兩個卡槽201。 請再參考第四圖，本創作電連接器還包括金屬殼體400， 金屬殼體400包覆絕緣本體100與絕緣承載體200的承載板 6 M378500 體210。在金屬殼體400的一端開設有開口 420，開口 420與 絕緣承載體200的承載部212均位於金屬殼體400的同一端， 從而使接觸部322及連接部312均與開口 420位於同一側， 以方便外部連接器通過該開口 420與電連接器連接❶金屬殼 體400的上表面與兩側面分別向内凸伸形成卡舌410，卡舌 410分別與絕緣承載體200上的卡槽201與卡口 221卡合，從 而使絕緣本體1〇〇及絕緣承載體200與金屬殼體400緊密接 合。金屬殼體400不僅可使其包覆的器件免受外界的損壞， 同時還可有效遮罩外部電場對第一端子310和第二端子320 的靜電影響。 下面結合第二圖至第四圖描述本創作電連接器的組裝過 程。首先，安裝第一端子3 10,將第一端子3 10的固定部311 與焊接部313分別卡入端子板120與卡持部110上的第一端 子槽121内，且使第一焊接部313向下伸出卡持部110,將突 塊314相應地卡合於缺口 123内，並使第一端子310的連接 部312向上突出第一端子槽121。然後，安裝第二端子320， 將第二端子320的固定部321與焊接部323分別卡入端子板 120與卡持部11〇上的第二端子槽122内’且使第二焊接部 323向下伸出卡持部11〇，並使接觸部322伸出端子板120的 自由端124。再有，將絕緣本體1〇〇、第一端子310及第二端 子320 —起安裝在絕緣承載體200上，推動絕緣本體100使 端子板120穿過通孔223,直至端子板120的自由端124與承 載板體210上的凹陷部215與突出部214呈齒狀抵觸卡接， 同時使卡持部11〇收容並卡合於槽口 224内，並使卡持部110 上的凸起111卡入卡口 221内’另外，將第二端子320的彎 折部324相應地卡合於凹陷部215内，其接觸部322卡設於 承栽部212上的凹槽213内。最後，在絕緣本體100與絕缚 7 承載體200上包覆金屬殼體400,同時使卡舌410分別與絕緣 承載體200上的卡槽201與卡口 221卡合。至此本創作電連 接器組裝完成，外部連接器可通過開口 420與電連接器連接 實現電連接器的功能。 如上所述，本創作電連接器在組裝過程中，不僅可快速而 方便地將絕緣本體100安裝到絕緣承載體200上，而且還能 使兩者之間通過凸起111與卡口 221的卡合使連接牢固可 靠。因此該電連接器可在組裝過程中節省大量的人力物力， 可節約資源，降低電連接器的生產成本，同時也提高生產效 率。 【圖式簡單說明】 第一圖為本創作電連接器一種實施例的立體圖。 第二圖為第一圖所示電連接器的立體分解圖。 第三圖為第一圖所示電連接器另一角度的立體分解圖。 第四圖為第一圖所示電連接器包覆金屬外殼的結構示意圖。 【主要元件符號說明】 絕緣本體 100 卡持部 110 凸起 111 端子板 120 第一端子槽 121 第二端子槽 122 缺口 123 自由端 124 絕緣承載體 200 卡槽 201 承載板體 210 收容槽 211 承載部 212 凹槽 213 突出部 214 凹陷部 215 支撐體 220 卡口 221 卡合片 222 通孔 223 M378500 槽口 224 第一端子 310 連接部 312 突塊 314 第二固定部 321 第二焊接部 323 金屬殼體 400 開口 420 卡合區 225 第一固定部 311 第一焊接部 313 第二端子 320 接觸部 322 彎折部 324 卡舌 410M378500 V. New Description: [New Technology Field] This creation relates to connectors, and more particularly to an electrical connector between electronic devices. [Prior Art] With the continuous development of electronic products, the connection between various electronic products and their peripheral devices is more and more frequent, and the connection between the electronic products and their peripheral devices through electrical connectors is a common connection. In this way, the frequency of use of the electrical connector also increases. Electrical connectors are used in such a wide range of applications in the electronics field, so the manufacturer's production of electrical connectors has gradually changed from the original small-scale production to large-scale mass production. At the same time, the renewal of electronic products is changing with each passing day, and the transmission rate is also increasing. Therefore, the transmission rate of the electrical connectors used together with them needs to be correspondingly improved to truly achieve high-speed data transmission between electronic products. Due to the increase in the transmission rate of the electrical connector, the structure is relatively complicated. Therefore, compared with the earlier electrical connectors with low transmission rate and simple structure, the manufacturer is mass-produced this new type of transmission. In the case of high-speed electrical connectors, previous assembly methods can no longer be used to assemble such complex electrical connectors. Therefore, various manufacturers have adopted various methods to improve the structure of the electrical connector, so that it can simplify the assembly steps, achieve rapid assembly, and reduce production costs. [New Content] The purpose of this creation is to provide an electrical connector that solves the above problems. The electrical connector is assembled quickly and accurately in large-scale mass production, thereby reducing production costs and increasing production efficiency for manufacturers. In order to achieve the above object, the electrical connector provided by the present invention comprises an insulating body Γ 3 M378500 body, a first terminal, a second terminal and an insulating carrier. The upper end surface of the insulating body is provided with a plurality of first terminal slots, and the first terminal Correspondingly, the corresponding terminal is disposed in the first terminal slot; the lower end surface of the insulative housing is provided with a plurality of second terminal slots, the second terminal is correspondingly disposed in the second terminal slot, and the second terminal has a contact portion extending from the second terminal slot The insulating carrier includes a carrier plate body, and one end of the carrier plate body protrudes to form a support body, the support body is provided with a through hole, and the carrier body is provided with a receiving groove communicating with the through hole, and the insulating body is inserted through the through hole and fixed A receiving groove is formed in one end of the receiving plate, and a contact portion of the second terminal is correspondingly engaged in the groove. As described above, the terminals of the present invention are respectively disposed in the terminal slots of the upper end surface and the lower end surface of the insulative housing, and one end of the carrier board body protrudes to form a support body, and the support body is opened and received on the carrier body. The through hole communicated with the slot, so that the insulative housing is inserted into the receiving slot by the through hole, and the insulative housing can be firmly fixed in the receiving slot to complete the assembly work of the electrical connector, so the electrical connector is The assembly is simple, fast and accurate, which saves a lot of manpower and material resources during the assembly process, saves resources, reduces production costs, and also improves production efficiency. [Embodiment] The technical contents, structural features, objects and effects achieved by the present invention will be described in detail below with reference to the embodiments. Referring to the first figure, the present invention includes an insulative housing 100, a first terminal 310, a second terminal 320, and an insulating carrier 200. The first terminal 310 and the second terminal 320 are respectively mounted on the insulative housing 100, and The insulative housing 100 , the first terminal 310 and the second terminal 320 are snap-fitted and fixed to the insulating carrier 200 . Specifically, referring to the second and third figures, the insulative housing 100 includes the card holding portion 110 and the terminal plate 120'. The latching portion 110 extends vertically downward from the end of the terminal block 120 to form an upper end surface of the 0 terminal plate 120. A plurality of first terminal slots 121 are defined, and a plurality of second terminal slots 122 are defined in the lower end surface of the terminal block 12 , and the first terminal slot 121 and the second terminal slot 122 extend through the terminal strip 120 and extend vertically The latching portion 11 is formed, wherein the first terminal slot 121 is recessed toward the two sides to form a notch 123. Both sides of the catching portion 11b are respectively protruded outward to form a projection 111. The first terminal 310 is composed of the first fixing portion 311, the connecting portion 312, and the first soldering portion 313, and the connecting portion 312 protrudes upward relative to the first fixing portion 311. The first fixing portion 311 and the connecting portion 312 are fixedly engaged in the first terminal slot 121 of the upper end surface of the terminal block 2, and the connecting portion 312 protrudes upwardly to the surface of the terminal plate 12 to facilitate connection with the external connector. The first soldering portion 313 is fixedly disposed in the first terminal slot 121 on the latching portion 11b, and the first soldering portion 3丨3 extends downwardly from the latching portion 110 to facilitate soldering with the external circuit board. The first fixing portion 311 and the first welding portion 3丨3 are connected to each other to form a protrusion 314 which cooperates with the notch 123 on the first terminal groove 121, and the protrusion 314 is engaged with the notch (2). The first terminal 31 is more firmly fixed to the insulative housing 'the terminal 320 is fixed by the second fixing portion 32 and the second fixing portion 32 and the second fixing portion 321 of the first leg to the second end of the terminal plate 120 The second connecting portion 323 is fixedly disposed in the sub-groove 122 of the holding portion 1 and the second soldering portion 323 is downwardly==welded with the external circuit board; the second fixing portion 321 is connected to the contact card: the fixed portion t forms a bend (four) 324, thereby The contact portion 322 is protruded from the second 1 ' and the contact portion 322 protrudes out of the insulating body _, convenient and externally connected The connection terminals. In this embodiment, the engagement between the second end + 320 and the insulation reading 1 is stronger. The M378500 can set the second fixing portion 321 into a bent shape, and the second terminal slot 122 of the lower end surface of the terminal plate 120. Also make the appropriate settings. The insulating carrier 200 includes a carrier plate 210 and a support body 220 formed by projecting one end of the carrier plate 210 up and down. The receiving plate 210 is provided with a receiving groove 211 for receiving the insulating body 100. One end of the receiving groove 211 protrudes forward to form a receiving portion 212. A recess 213 is defined in the receiving portion 212. The second terminal 320 extends from the lower end of the insulative housing 100 toward the upper end surface of the insulative housing 100 and engages the contact portion 322 in the recess 213. An end surface of the connecting portion of the receiving portion 212 and the receiving groove 211 is in a zigzag shape, and the end surface is composed of a protruding portion 214 and a recess portion 215 which are spaced apart from each other. The recess portion 215 is in communication with the recess 213, and the recess portion 215 is engaged with the second terminal 320. The bent portion 324 guides the contact portion 322 into the recess 213; and the free end 124 of the insulative housing 100 is in contact with the protruding portion 214 and the recessed portion 215 of the end surface, thereby preventing the insulating body 100 from being over-pressed. The bent portion 324 of the second terminal 320 is damaged. The support body 220 defines a through hole 223 that communicates with the receiving slot 211. The terminal plate 120 of the insulative housing 100 is fixed in the receiving slot 211 through the through hole 223. The lower end surface of the supporting body 220 is provided with a slot communicating with the through hole 223. The port 224 and the notch 224 are engaged with the latching portion 110 of the insulative housing 100. The two φ sides of the support body 220 are formed with a bayonet 221 that engages with the protrusion 111 on the latching portion 110. The bayonet 221 is engaged with the protrusion 111 to fix the insulative housing 100 to the receiving slot 211 and the slot. 224, and the insulating body 100 can be prevented from sliding backward, so that the insulating body 100 is firmly mounted on the insulating carrier 200. The lower end surface of the support body 220 extends along the carrying portion 212 to form an engaging piece 222, and the engaging portion 225 is formed between the engaging piece 222 and the carrying plate body 210. Further, the upper end surface of the support body 220 is recessed to form two card slots 201. Referring to the fourth figure, the present invention also includes a metal housing 400 that covers the insulative housing 100 and the carrier plate 6 M378500 body 210 of the insulating carrier 200. An opening 420 is defined in one end of the metal housing 400. The opening 420 and the bearing portion 212 of the insulating carrier 200 are both located at the same end of the metal housing 400, so that the contact portion 322 and the connecting portion 312 are all on the same side as the opening 420. The upper surface and the two sides of the metal housing 400 are respectively protruded inwardly by the external connector through the opening 420 to form a tab 410, and the tab 410 and the card slot 201 on the insulating carrier 200 are respectively The bayonet 221 is engaged so that the insulative housing 1 and the insulating carrier 200 are in close contact with the metal housing 400. The metal casing 400 not only protects the covered device from external damage, but also effectively shields the electrostatic influence of the external electric field on the first terminal 310 and the second terminal 320. The assembly process of the present electrical connector will be described below with reference to the second to fourth figures. First, the first terminal 3 10 is mounted, and the fixing portion 311 of the first terminal 3 10 and the soldering portion 313 are respectively inserted into the first terminal slot 121 of the terminal block 120 and the latching portion 110, and the first soldering portion 313 is caused. The latching portion 110 is extended downward, and the protrusion 314 is correspondingly engaged in the notch 123, and the connecting portion 312 of the first terminal 310 protrudes upwardly from the first terminal slot 121. Then, the second terminal 320 is mounted, and the fixing portion 321 of the second terminal 320 and the soldering portion 323 are respectively engaged in the terminal strip 120 and the second terminal slot 122 of the latching portion 11A and the second soldering portion 323 is oriented The latch portion 11 is extended downward and the contact portion 322 is extended beyond the free end 124 of the terminal block 120. Further, the insulative housing 1 , the first terminal 310 and the second terminal 320 are mounted on the insulating carrier 200 , and the insulating body 100 is pushed to pass the terminal plate 120 through the through hole 223 until the free end of the terminal plate 120 . The recessed portion 215 and the protruding portion 214 of the carrier plate 210 are in a toothed contact manner, and the latching portion 11 is received and engaged in the notch 224, and the protrusion 111 on the latching portion 110 is formed. The hooking portion 324 of the second terminal 320 is correspondingly engaged in the recessed portion 215, and the contact portion 322 is engaged in the recess 213 of the receiving portion 212. Finally, the metal housing 400 is covered on the insulative housing 100 and the strap 7 carrier, and the tabs 410 are respectively engaged with the slots 201 and the bayonet 221 on the insulative carrier 200. At this point, the creation of the electrical connector is completed, and the external connector can be connected to the electrical connector through the opening 420 to realize the function of the electrical connector. As described above, in the assembly process, the present invention can not only quickly and conveniently mount the insulative housing 100 to the insulating carrier 200, but also pass the card between the protrusion 111 and the bayonet 221 therebetween. The connection is firm and reliable. Therefore, the electrical connector can save a lot of manpower and material resources in the assembly process, save resources, reduce the production cost of the electrical connector, and also improve production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of an embodiment of a creative electrical connector. The second figure is an exploded perspective view of the electrical connector shown in the first figure. The third figure is an exploded perspective view of another angle of the electrical connector shown in the first figure. The fourth figure is a schematic structural view of the electrical connector covered metal casing shown in the first figure. [Main component symbol description] Insulating body 100 Holding portion 110 Raised 111 Terminal plate 120 First terminal slot 121 Second terminal slot 122 Notch 123 Free end 124 Insulating carrier 200 Card slot 201 Carrier plate 210 Storage slot 211 Carrier 212 groove 213 protruding portion 214 recessed portion 215 support body 220 bayonet 221 engaging piece 222 through hole 223 M378500 notch 224 first terminal 310 connecting portion 312 protrusion 314 second fixing portion 321 second welding portion 323 metal housing 400 opening 420 engaging area 225 first fixing portion 311 first welding portion 313 second terminal 320 contact portion 322 bending portion 324 tab 410