M430734 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器，特別是涉及一種側立式的通用串 行總線連接器。 【先前技術】 按，習知的通用串行總線連接器多為扁平的臥式造型，其 相對的上下面的面積較大，因而組裝時需要佔用電路板上較大 的空間，不利於電路板的小型化。因此出現了側立式通用串行 總線連接器，當前之側立式的通用串行總線連接器一般包括~ 絕緣座、固定於絕緣座上的複數端子和包覆於絕緣座外的外 殼’絕緣座具有一呈縱長形的豎直板體，板體之前表面的中部 處向前凸設有一豎直板狀的插接部，插接部的兩側表面上分別 開設有複數個向後延伸且後端於板體上向下延伸的插槽。端子 皆具有豎直板狀的固持部、固持部上端向前延伸出的接觸部及 固持部下端向下延伸出的焊接部，端子分為兩組分別組裝於絕 緣座的兩側表面上，焊接部呈兩排從外殼之面積較小的側面伸 出’並插設焊接於電路板上，藉此減小與電路板組裝時佔用的 空間’達到小型化的目的。 惟’習知侧立式的通用串行總線連接器由於端子是插設於 絕緣座上，且端子分為兩組分別組裝於絕緣座的兩側表面上， 端子與絕緣座之間有組裝間隙，在與對接的連接器對接時容易 產生鬆動’而焊接部呈兩排從外殼之面積較小的側面伸出並插 "又¥接於電路板上，與電路板的組裝面積小’因此很容易與電 路板之間產生鬆動，連接不穩固。 【新型内容】 本創作之目的在於克服上述現有技術中的不足，提供一種 3 0734 組裝穩固的側立式的通用串行總線連接器。 本創作提供種通用串行總線連接器，包括―第一絕緣 座、-體成型於第-絕緣座上的第一端子組、和第一絕緣座卡 合組裝於-起的第二絕緣座、—體成型於第二絕緣座上的第二 端子組及包覆於第-絕緣座和第二_座外的外殼m緣 座具有-呈縱長形的t直的第—板體，第—板體之前表面的中 部處向前凸設有直板狀的插接部。其中每—第—端子包括 登直條板狀的第-焊接部，其中每—第二端子包括—豎直條板 狀的第二焊接部，第一焊接部伸出於第一絕緣座的下表面，第 二样接部伸出於第二絕緣絲下表面，第—焊接部和第二谭接 部呈兩排並列伸出於外殼下方。 綜上所述’本創作通用串行總線連接器藉由第一端子組一 體成型於第-絕緣座上，將第二端子組—體成型於第二絕緣座 上，然後將設有第-端子組的第—絕緣座和設有第二端子組的 第二絕緣射合組裝在-起，端子與絕緣座之間不會存在組裝 間隙’因此與電路板之間不會容易產生鬆動，組裂牢固 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目的及 功效，以下兹舉例並配合圖式詳予說明。 請參閱第-圖，本創作通用串行總線連接器為側立式，包 括第-絕緣座卜-體成型於第—絕緣座丨上的第_端子组2、 和第-絕緣座！卡合組裝於-起的第二絕緣座3、—體成型於 第二絕緣座3上的第二端子組4及包覆於第—絕緣座丨和第二 絕緣座3外的外殼5。 絕緣座1具有一呈縱長形的 之前表面的中部處向前凸設M430734 V. New Description: [New Technology Field] This creation relates to a connector, and more particularly to a side-by-side universal serial bus connector. [Prior Art] According to the conventional universal serial bus connector, the flat horizontal shape is relatively flat, and the upper and lower surfaces thereof are relatively large, so that a large space on the circuit board is required for assembly, which is disadvantageous to the circuit board. Miniaturization. Therefore, a side-standing universal serial bus connector has emerged. The current side-mounted universal serial bus connector generally includes an insulating seat, a plurality of terminals fixed to the insulating seat, and an outer casing covered with an insulating seat. The seat has a vertically elongated vertical plate body, and a vertical plate-shaped insertion portion is protruded forwardly from a central portion of the front surface of the plate body, and a plurality of rearwardly extending rear ends are respectively formed on both side surfaces of the insertion portion A slot that extends downwardly on the board. Each of the terminals has a vertical plate-shaped retaining portion, a contact portion extending forwardly from the upper end of the retaining portion, and a welded portion extending downward from the lower end of the retaining portion, and the terminal is divided into two groups respectively assembled on both side surfaces of the insulating seat, the welded portion Two rows are protruded from the side of the outer surface of the outer casing and inserted into the circuit board, thereby reducing the space occupied when assembling the circuit board, to achieve miniaturization. However, the conventional side-station universal serial bus connector has a terminal that is inserted into the insulating seat, and the terminals are divided into two groups respectively assembled on both side surfaces of the insulating seat, and an assembly gap is formed between the terminal and the insulating seat. It is easy to loosen when docked with the mating connector, and the soldering portion protrudes from the side of the outer surface of the outer casing in two rows and is inserted into the circuit board, and the assembly area with the circuit board is small. It is easy to loosen with the board and the connection is not stable. [New Content] The purpose of this creation is to overcome the above-mentioned deficiencies in the prior art and to provide a 3 0734 assembled and stable side vertical universal serial bus connector. The present invention provides a universal serial bus connector, comprising: a first insulating seat, a first terminal set formed on the first insulating seat, and a second insulating seat assembled and assembled by the first insulating seat, a second terminal set formed on the second insulating seat and a cover m covering the outer periphery of the first insulating seat and the second outer portion, and having a longitudinally elongated t-plate body, first A straight plate-shaped insertion portion is protruded forward from a central portion of the front surface of the plate body. Each of the first terminals includes a first strip-shaped soldering portion, wherein each of the second terminals includes a second strip-shaped second soldering portion, and the first soldering portion protrudes below the first insulating seat The second connecting portion protrudes from the lower surface of the second insulating wire, and the first soldering portion and the second solder joint portion are juxtaposed in two rows below the outer casing. In summary, the present universal serial bus connector is integrally formed on the first insulating seat by the first terminal set, and the second terminal set is formed on the second insulating seat, and then the first terminal is provided. The first insulation of the group and the second insulation of the second terminal group are assembled, and there is no assembly gap between the terminal and the insulation seat. Therefore, no looseness is generated between the circuit board and the board. Firm [Embodiment] In order to explain in detail the technical content, structural features, goals and effects of the present invention, the following is a detailed description with reference to the drawings. Please refer to the figure--, the universal serial bus connector of this creation is side-standing, including the _ terminal group 2 and the first insulating seat of the first-insulation seat-body formed on the first insulating seat! The second insulating base 3 assembled and assembled, the second terminal set 4 integrally formed on the second insulating base 3, and the outer casing 5 covered on the outside of the first insulating seat and the second insulating seat 3. The insulating seat 1 has a longitudinally elongated front surface at the center of the front surface
請參閱第二圖和第三圖，第— 暨直的第一板體11，第一板體U M430734 有一豎直板狀的插接部12。插接部12之右側表面前端開設有 五個插孔121，插接部12之右側表面於插孔121後方開設有 四個前後延伸的插槽122。第一板體11的頂端、底端及後端 音δχ有第一卡扣部，具體地，第一板體丨丨的頂端和底端皆向 右凸伸一第一卡板11丨，第一卡板lu的自由端處凸設有第一 卡扣塊112。第一板體11的後端設有第一卡槽113。第一板體 U則表面的下部處開設有一卡口 114。第一板體n下表面向 下凸伸有定位柱115。第一板體π上設有複數卡合槽116。 第一端子組2包括五個第一端子，每一第一端子包括一豎 直條板狀的第一焊接部21，第一焊接部21上端向前向上傾斜 延伸後向前延伸有條板狀的第一延伸部22，第一延伸部22的 前端向前彎折延伸出第一接觸部23。其中，第一端子組2的 五個端子之第一焊接部21和第一延伸部22位於一個平面内， 第一接觸部23的彎折角度和延伸長度相同。五個第一接觸部 23在豎直平面内上下排列，相應的五個第一焊接部Μ在豎直 平面内呈前後排列且從前向後長度依次增大，五個第一延伸部 22呈向上向後排列且長度依次增大。五個第一延伸部μ 一體 成型於第一絕緣座1上，第-接觸部23延伸於插孔121中， 第一谭接部21伸出於第—絕緣座1的下表面。 ▲第二絕緣座3具有—g直的第二板體3卜第二板體^之 别表面的中部處向前凸設有一豎直板狀的卡合板32。第二絕 上設㈣二卡扣部，具體地，卡合板32的上下端分別 1§又有一第二卡槽33’第二板體3i的後端向左凸伸一第二卡 第二卡板34的自由端處凸設有第二卡扣塊35。第二板 =槽：面向下凸伸有定位柱36。第二板體31上設有複數 第二端子組4包括 四個第二端子，每一第二端子包括一 豎 5 M430734 直條板狀的第二焊接部41，第二焊接部41上端向前向上傾斜 延伸後向前彎折延伸有條板狀的第二延伸部42，第二延伸部 42的前端向前彎折延伸出第二接觸部33。其中，第二端子組 4的四個端子之第二焊接部41位於一個平面内第二延伸部 42及第二接觸部43的彎折角度和延伸長度相同。四個第二接 觸部43在豎直平面内上下排列，相應的四個第二焊接部41在 豎直平面内呈前後排列且從前向後長度依次増大，四個第二延 伸部41呈向上向後排列且長度依次增大。四個第二延伸部42 一體成型於第二絕緣座3上，第二接觸部41延伸於插槽122 中，第二焊接部41伸出於第二絕緣座3的下表面。 外殼5由金屬板裁切並沖壓彎折而成，其包括一頂板51、 兩分別由頂板51 —側緣垂直向下彎折延伸出的側板52及一由 頂板51後側緣彎折延伸出的蓋板53。兩侧板52前部的下側 緣之間連接有一卡置於卡口 114内的底板54 ^頂板51、側板 52及底板54前部裁切並沖壓成型有開槽55和從開槽55側緣 向内延伸的彈臂56,彈臂56用於卡持對接連接器（圖未示）。 頂板51、側板52及底板54上還設有卡掣57 ’卡掣57卡合於 卡合槽116、37内，以使外殼5與第一絕緣體1和第二絕緣體 3牢固結合。兩側板52後部的下端分別凸伸有固定腳58。組 裝時，固定腳58用於固定在電路板上。 本創作通用串行總線連接器組裝時，首先，將第一端子組 2 —體成型於第一絕緣座1上，將第二端子組4 一體成型於第 二絕緣座3上；然後將設有第一端子組2的第一絕緣座1合設 有第二端子組4的第二絕緣座3卡合組裝在一起，具體地，第 二卡扣部與第一卡扣部相互卡扣，卡合板32卡設於兩第一卡 板111之間’第一卡板111與第二卡槽33卡合並藉由第一卡 扣塊112卡緊，第二卡板34與第一卡槽113卡合並藉由第二 6 卡扣塊35卡緊；最後將外殼5包覆於第_絕緣座i和第二絕 緣座3外。第-端子組2之五個第—焊接部21和第二端子电 4之四個第二焊接部41呈兩排並列伸出於外殼5之底板5” 方，並和定位柱Π5、36以及固定腳58 一起固定於電路板上。 综上所述，本創作通用串行總線連接器藉由將第一端子組 2 一-體成型於第-絕緣座U，將第二端子組4_體成型於第 一絕緣座3上，然後將設有第一端子組2的第一絕緣座丨和設 有第二端子組4的第二絕緣座3卡合組裝在一起，端子與絕緣 座之間不會存在組裝間隙，因此與電路板之間不會容易產生鬆 動，組裝牢固。 【圖式簡單說明】 第一圖係本創作的通用串行總線連接器立體圖。 第二圖係第一圖所示通用串行總線連接器之立體分解圖。 第三圖係第一圖所示通用串行總線連接器之另一角度之 立體分解圖。 【主要元件符號說明】 第一絕緣座 1 第一板體 11 第·—^板 111 第一卡扣塊 112 第一卡槽 113 卡口 114 定位柱 115 卡合槽 116 插接部 12 插孔 121 插槽 122 第一端子組 2 第一焊接部 21 第一延伸部 22 M430734 第一接觸部 23 第二板體 31 第二卡槽 33 第二卡扣塊 35 卡合槽 37 第二焊接部 41 第二接觸部 43 頂板 51 蓋板 53 開槽 55 卡掣 57 第二絕緣座 3 卡合板 32 第二卡板 34 定位柱 36 第二端子組 4 第二延伸部 42 外殼 5 側板 52 底板 54 彈臂 56 固定腳 58 8Referring to the second and third figures, the first plate body 11 of the first plate body U M430734 has a vertical plate-shaped insertion portion 12. The front end of the right side surface of the plug portion 12 is provided with five insertion holes 121. The right side surface of the plug portion 12 is provided with four front and rear extending slots 122 behind the insertion hole 121. The top end, the bottom end and the rear end of the first plate body 11 have a first latching portion. Specifically, the top end and the bottom end of the first plate body are respectively protruded to the right by a first card plate 11丨, first A first snap block 112 is protruded from the free end of the card plate lu. A first card slot 113 is defined at a rear end of the first plate body 11. The first plate body U has a bayonet opening 114 at a lower portion of the surface. A positioning post 115 is protruded downward from the lower surface of the first plate body n. A plurality of engaging grooves 116 are formed in the first plate body π. The first terminal group 2 includes five first terminals, each of which includes a vertical strip-shaped first soldering portion 21, and the upper end of the first soldering portion 21 is obliquely extended forward and upward, and has a strip shape extending forward. The first extension portion 22, the front end of the first extension portion 22 is bent forward to extend out of the first contact portion 23. The first soldering portion 21 and the first extending portion 22 of the five terminals of the first terminal group 2 are located in one plane, and the bending angle and the extension length of the first contact portion 23 are the same. The five first contact portions 23 are arranged up and down in a vertical plane, and the corresponding five first welded portions 呈 are arranged in a front-rear direction in the vertical plane and sequentially increase from the front to the rear length, and the five first extending portions 22 are upward and rearward. Arrange and length increase in turn. The five first extending portions μ are integrally formed on the first insulating seat 1 , and the first contact portion 23 extends in the insertion hole 121 , and the first tangent portion 21 protrudes from the lower surface of the first insulating seat 1 . ▲ The second insulating seat 3 has a vertical plate-shaped engaging plate 32 protruding from the middle of the second plate body 3 of the second plate body. The second and second latching portions are respectively disposed on the second and second latching plates. Specifically, the upper and lower ends of the engaging plate 32 respectively have a second latching slot 33'. The rear end of the second panel 3i protrudes to the left by a second card. A second snap block 35 is convexly disposed at the free end of the 34. Second plate = groove: A positioning post 36 is protruded downward. The second board body 31 is provided with a plurality of second terminal groups 4 including four second terminals, each of the second terminals including a vertical 5 M430734 straight strip-shaped second soldering portion 41, and the second soldering portion 41 upper end forward After extending obliquely upward, the second extension portion 42 extending in a strip shape is bent forward, and the front end of the second extension portion 42 is bent forward to extend out of the second contact portion 33. The second soldering portion 41 of the four terminals of the second terminal group 4 is located in a plane, and the bending angle and the extension length of the second extending portion 42 and the second connecting portion 43 are the same. The four second contact portions 43 are arranged up and down in a vertical plane, and the corresponding four second welded portions 41 are arranged one behind the other in the vertical plane and are enlarged from the front to the rear length, and the four second extending portions 41 are arranged upward and rearward. And the length increases in turn. The four second extending portions 42 are integrally formed on the second insulating seat 3, the second contact portion 41 extends in the slot 122, and the second soldering portion 41 protrudes from the lower surface of the second insulating seat 3. The outer casing 5 is cut from a metal plate and stamped and bent. It comprises a top plate 51, two side plates 52 respectively bent downwardly from the side edges of the top plate 51, and a side plate 52 extending from the rear side edge of the top plate 51. Cover plate 53. A bottom plate 54 that is inserted into the bayonet 114 is connected between the lower side edges of the front portions of the two side plates 52. The top plate 51, the side plates 52 and the bottom plate 54 are cut and stamped with a slot 55 and from the slot 55 side. The elastic arm 56 extends inwardly and the elastic arm 56 is used to hold the docking connector (not shown). The top plate 51, the side plates 52 and the bottom plate 54 are further provided with a latch 57' latch 57 which engages in the engaging grooves 116, 37 to firmly bond the outer casing 5 with the first insulator 1 and the second insulator 3. Fixing legs 58 are respectively protruded from the lower ends of the rear portions of the side plates 52. When assembled, the fixing feet 58 are used to be fixed to the circuit board. When the universal serial bus connector of the present invention is assembled, first, the first terminal group 2 is integrally formed on the first insulating seat 1, and the second terminal set 4 is integrally formed on the second insulating seat 3; The second insulating seat 3 of the first terminal block 2 of the first terminal block 2 and the second terminal block 4 are assembled and assembled together. Specifically, the second latching portion and the first latching portion are mutually buckled. The first card board 111 and the second card slot 33 are engaged by the first card block 112, and the second card board 34 is latched with the first card slot 113. The merging is clamped by the second 6 snap block 35; finally, the outer casing 5 is wrapped around the first insulating seat i and the second insulating seat 3. The five second welding portions 21 of the first terminal group 2 and the four second welding portions 41 of the second terminal electric 4 are juxtaposed in two rows in parallel with the bottom plate 5" of the outer casing 5, and the positioning posts 5, 36 and The fixing legs 58 are fixed together on the circuit board. In summary, the universal serial bus connector of the present invention forms the second terminal group 4_ body by integrally molding the first terminal group 2 to the first insulating seat U. Formed on the first insulating seat 3, and then the first insulating seat provided with the first terminal set 2 and the second insulating seat 3 provided with the second terminal set 4 are snap-fitted together, between the terminal and the insulating seat There is no assembly gap, so there is no easy looseness between the board and the board, and the assembly is firm. [Simplified illustration] The first picture is a perspective view of the universal serial bus connector of the present creation. The second picture is the first picture. An exploded perspective view of the universal serial bus connector. The third figure is an exploded perspective view of another universal serial bus connector shown in the first figure. [Main component symbol description] First insulating seat 1 first board Body 11 first - ^ board 111 first snap block 112 first card slot 113 bayonet 114 positioning post 115 engaging slot 116 plug portion 12 jack 121 slot 122 first terminal set 2 first soldering portion 21 first extending portion 22 M430734 first contact portion 23 second plate body 31 second card slot 33 Two snap blocks 35 Engagement slots 37 Second weld portion 41 Second contact portion 43 Top plate 51 Cover plate 53 Slot 55 Jam 57 Second insulation seat 3 Engagement plate 32 Second card plate 34 Positioning post 36 Second terminal set 4 Second extension 42 Housing 5 Side plate 52 Base plate 54 Spring arm 56 Fixing foot 58 8