M363124 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種三合一雙層連接器插座結構，尤指一 種可藉由一插座本體、二端子座、二通用串列匯流排端子組、 二外部序列先進附加技術端子組、一定位蓋、一後套殼及一前 ， 套殼之組合設計，使具有裝拆簡便快速將USB2.0、USB3.0及 * eSΑΤΑ三者合而為一，穩固結合定位及有利材料的合理選擇等 • 效果，而適用於各式連接器插座或類似結構者。 【先前技術】 按，習用之外部序列先進附加技術（eSATA: External Serial Advanced Technology Attachment)介面是用來做外接硬碟時使 用的，但這個介面只提供訊號不提供電源。而通用串列匯流排 (USB : Universal Serial Bus)是一種標準的連接界面’允許 把外面的設備與電腦連接時，不必重新配置規劃系統，也不必 鲁 打開機殼，另外調整界面卡的指撥開關。而連接上電腦時，電 腦會自動識別這些周邊設備，並且配附適當的驅動程式，無需 使用者再另外重新設定，且USB介面可以外接相當多的東 西，從滑鼠、印表機、外接硬碟…等，通通都可以外接。在傳 ' 輸齡的速度上eSATA可_硬碟轉輸速度_，視硬碟 • 的規格不同可以有每秒40MB-70MB的逮度，而聰介面在 傳輸檔案時頂多只有每秒20MB，在速度上來說沾祖是較 具優勢的。聰3.0則係利用傳輸時序的驗（微訊框）以及 3 M363124 相關的傳輸技術，將整個傳輸速度從原本12Mbps拉到 480Mbps，整整提升了 40倍。然而習用之USB2.0、USB3.0 及eSATA等連接器插座係分別獨立設置，故使用者於使用時， 需分別購買USB2.0、USB3.0及eSATA等連接器插座以供使 用，從而造成使用者之使用不便，同時也增加製造成本及購買 ' 成本，且各式連接器插座之端子係採平面設計或彈性接觸，而 * 於插拔曰久後’將易產生搖晃，進而產生接觸不良及訊號不穩 • 定，另有一種連接器插座之插槽對插件之插入係採反向插入， 其與標準規範相反，易造成插錯，而導致變形或損壞，故於實 際使用上仍不符合使用者之所需。 【新型内容】 本創作之主要目的係在提供一種三合一雙層連接器插座 結構，藉由一插座本體、二端子座、二通用串列匯流排端子 組、二外部序列先進附加技術端子組、一定位蓋、一後套殼 翁及一前套殼之組合設計，而可方便快速裝拆上述各組件，並 將USB2.0、USB3.0及eSATA三者合而為一，而於同一通用 插槽即可使用，且該通用插槽對插件之插入係採正向插入， 其與標準規範相同，不會因插錯，而導致變形或損壞，進而 大幅提升整體使用之實用性及便利性。 本創作之次一目的係在提供一種三合一雙層連接器插座 結構，藉由各端子座之兩側凸部的鳩尾槽對應套設結合於插 座本體内之各橫向容置空間兩侧的瑪尾塊後，以該插座本體 4 M363124 之二橫向容置《兩侧之鴻尾塊上下對應形成之滑動終止處 抵擔各端子座兩侧凸騎端上下之滑祕止面，以防止該端 子座繼續向前滑動及形成止奴位者。而以該插座本體之各 橫向容置㈣下謂應形成的結—處卡鉤卡抵於各端子座 後端底面對毅置之至少-處伟，賭止軸子座向後位 ' 移及喊止狀位者。且各端子虹杨前延輕下方前段 . 冑之該五道端子前魏伽雜向部，而各外部序列先 • 進附加技術端子組之該五根具有前端f鉤之彎折端子係對應 形成斜向狀’以供對應配設者。而各外部賴先進附加技術 端子組之二根彎折端子前端係形成斜角部，以供嵌入各端子 座上方_端子爾端之料缝面，並於謂折端子兩側 形成倒刺，以供獻該端子朗，以形成穩隨合者。又， 該插座本體之橫向容置空間上方係形成有凸台，而各外部序 列先進附加技術端子組之五根弯折端子之中央後段係上彎跨 _ 設於該端子座上’以供凸台卡在各彎折端子之上彎處，而同 af壓住各f折端子，以供_結合定位者。再者，該各通用 串列匯流排端子組之四根彎折端子兩侧係形成倒刺，以供刺 入該端子翻賴職合，躺提升整體制之穩固 * 性及實用性。 本創作之另-目的縣提供—種三合—雙層連接器插座 結構，藉由該定位蓋兩側下方之侧邊卡鉤與該插座本體各對 應形成之突鉤相互卡設結合，而該定位蓋之複數個突出部與 5 M363124 該插座本體各對應形成之凹狀止退面相互抵靠結合，且該插 座本體之縱向容置空間兩侧係各對應形成有一凸塊，以供抵 檔該定位蓋。另，該定位蓋下方内侧係形成連續彎槽，而該 插座本體底部後侧係對應形成連續彎槽，以供導正一通用串 列匯流排端子組之四根彎折端子穿出，且該定位蓋底面另依 ' 序設有七處、四處及七處穿孔，以供二外部序列先進附加技 術（eS ΑΤΑ - External Serial Advanced Technology Attachment) • 端子組之各根彎折端子及另一通用串列匯流排端子組之四根 彎折端子穿出，進而增加整體使用之穩固性及實用性。 本創作之又一目的係在提供一種三合一雙層連接器插座 結構’藉由該前套殼周緣係設有複數折邊，該些複數折邊上 係設有複數處穿孔，而該後套殼周緣係對應設有複數處摺 片’以供該前套殼周緣之複數處穿孔與該後套殼周緣設有之 複數處摺片對應結合，且該前套殼係成形有複數彈片，而該 響 後套殼下方係設有複數卡腳，俾利材料的合理選擇，增加實 用性者。 為達上述之目的，本創作係一種三合一雙層連接器插座 結構’包括有一插座本體、二端子座、二通用串列匯流排端 子組、一外部序列先進附加技術端子組、一定位蓋、一後套 « 殼及一前套殼。該插座本體係形成二橫向容置空間及一縱向 容置空間’各端子座係分別配設一通用串列匯流排端子組及 一外部序列先進附加技術端子組後分別由後向前對應結合於 6 M363124 各橫向容置空間内，而該定位蓋係由下向上對應結合於該插 座本體之縱向容置空間内，且供各端子組之各彎折端子穿 出，而該別套殼係與該後套殼相互結合於插座本體外；藉此， 使具有裝拆簡便快速、將USB2.〇、USB3 〇及eSATA三者合 而為一、穩固結合定位及有利材料的合理選擇，增加整體之 ' 實用性及便利性者。 . 本創作之上述及其他目的與優點，不難從下述所選用實 • 施例之詳細說明與附圖中，獲得深入了解。 當然’本創作在某些另件上，或另件之安排上容許有所 不同，但所選用之實施例，則於本說明書中，予以詳細說明， 並於附圖中展示其構造。 【實施方式】 請參閱第1〜13圖，本創作係一種三合一雙層連接器 插座結構’該三合一雙層連接器插座結構包括： 一插座本體1〇 ’該插座本體10係形成二橫向容置空 間11及一縱向容置空間12。 二端子座2 0，該二端子座2 0係由後向前對應結合於 該插座本體1〇内部之該二橫向容置空間11内，而於各端 子座2 0前端之插座本體1〇内形成一兼具通用串列匯流排 (USB : Universal Serial Bus )與外部序列先進附加技術 (eSATA ： External Serial Advanced Technology Attachment) 之通用插槽1 3 (將USB2.0、USB3.0及eSATA三者合而為 7 M363124 -），且各端子座2 〇上係形成有四處貫穿前後之插孔2工， 該四處貫穿插孔21前端之端子座2〇τ方係形成對應之四 道端子槽2 2，而各端子座2 〇上方兩侧係各形成一道端子 槽23，而該二道端子槽23之間係形成五道端子槽24， 且該五道端子槽2 4係由該端子座2 〇上方向前延伸至下方 ' 前段處。 . 二通用串列匯流排（USB : Universal SerialBus)端子組 I 3 0，各通用串列匯流排端子組3 〇係設有四根彎折端子3 1，該四根彎折端子31係穿過端子座2〇上之四處貫穿插 孔21，並固設定位於該端子座2 〇下方對應形成之四道端 子槽2 2内，以供USB2.0使用。 二外部序列先進附加技術（eSATA : External SerialM363124 V. New Description: [New Technology Field] This creation is about a three-in-one double-layer connector socket structure, especially one that can be connected by a socket body, two terminal blocks, and two universal serial bus terminals. Group, two external sequence advanced additional technology terminal set, a positioning cover, a rear cover and a front, the combination of the casing, so that the installation and disassembly is simple and quick to combine USB2.0, USB3.0 and *eSΑΤΑ For one, stable combination of positioning and reasonable choice of advantageous materials, etc., suitable for all kinds of connector sockets or similar structures. [Prior Art] The eSATA (External Serial Advanced Technology Attachment) interface is used for external hard disk drives, but this interface only provides signals without power supply. The Universal Serial Bus (USB: Universal Serial Bus) is a standard connection interface that allows you to reconfigure the planning system without having to re-configure the system and connect the DIP switch of the interface card. . When connected to the computer, the computer will automatically recognize these peripheral devices, and with the appropriate driver, no need to re-set the user, and the USB interface can be connected to a lot of things, from the mouse, printer, external hard Dish...etc. All can be connected externally. In the transmission of the age of the eSATA can be _ hard disk transfer speed _, depending on the size of the hard disk • can have a 40MB-70MB per second catch, while the Cong interface is only 20MB per second when transferring files. In terms of speed, it is more advantageous to touch the ancestors. Cong 3.0 uses the transmission timing test (micro frame) and 3 M363124 related transmission technology to pull the entire transmission speed from the original 12Mbps to 480Mbps, which is a full 40 times. However, the connector sockets such as USB2.0, USB3.0 and eSATA are separately set. Therefore, when using the user, the connector sockets such as USB2.0, USB3.0 and eSATA need to be separately purchased for use. The user is inconvenient to use, and at the same time increases the manufacturing cost and the 'cost of purchase', and the terminals of various connector sockets are designed with flat design or elastic contact, and * will be easily shaken after being inserted and removed for a long time, resulting in poor contact. And the signal is unstable. In addition, the socket of the connector socket is inserted in the reverse direction of the plug-in, which is opposite to the standard specification, which is easy to cause the wrong insertion, which causes deformation or damage, so it is still not used in actual use. Meet the needs of users. [New content] The main purpose of this creation is to provide a three-in-one double-layer connector socket structure, with a socket body, two terminal blocks, two universal serial bus terminal blocks, and two external sequence advanced additional technology terminal groups. A combination of a positioning cover, a rear cover and a front cover, and the components can be quickly and easily assembled, and the USB2.0, USB3.0 and eSATA are combined into one. The universal slot is ready for use, and the universal slot is inserted in the positive direction of the plug-in. It is the same as the standard specification, and will not be deformed or damaged due to the wrong insertion, thereby greatly improving the practicality and convenience of the overall use. Sex. The second purpose of the present invention is to provide a three-in-one double-layer connector socket structure, which is provided on both sides of each lateral accommodating space of the socket body by the dovetail slots of the convex portions on both sides of each terminal block. After the Mawei block, the socket body 4 M363124 is placed horizontally to accommodate the sliding end of the upper and lower sides of the two tail blocks corresponding to the sliding end of the upper and lower sides of each terminal block to prevent the The terminal block continues to slide forward and form a stop stalker. And the lateral accommodating (four) of the socket body is said to be formed at the junction - the hook card is pressed against the bottom surface of the rear end of each terminal block to at least the position of the stagnation, gambling the axe seat to the rear position Shouting the stop. And each terminal Hongyang is forwardly lightly lower than the front section. The five-terminal pre-Weijia miscellaneous portion of the terminal, and the external sequence first and the additional technical terminal group, the five bent terminals having the front end f-hook correspondingly form an oblique direction Shaped for the corresponding supplier. The front ends of the two bent terminals of the externally-added advanced terminal blocks are formed with beveled portions for inserting into the joint surface of the terminal end of each terminal block, and forming barbs on both sides of the front-folding terminal, The terminal is supplied to form a stable follower. Moreover, a boss is formed on the lateral accommodating space of the socket body, and the central rear section of the five bent terminals of each external sequence advanced technology terminal group is bent over the _ on the terminal block for convex The card is bent over the bent terminals, and the af is pressed against the f-fold terminals for the _ joint locator. Furthermore, the four bent terminals of the universal serial bus bar terminal groups form barbs on both sides of the bent terminal for piercing the terminal, and the lie is improved to ensure the stability and practicability of the overall system. The other-purpose county of the present invention provides a three-in-one double-layer connector socket structure, and the side hooks on the lower sides of the positioning cover are respectively coupled with the corresponding hooks formed by the socket body, and the The plurality of protrusions of the positioning cover and the concave recessed surfaces formed by the respective socket bodies of the M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M The positioning cover. In addition, the inner side of the positioning cover forms a continuous curved slot, and the rear side of the bottom of the socket body correspondingly forms a continuous curved slot for guiding the four bent terminals of the universal serial bus bar terminal group to pass through, and the The bottom of the positioning cover is also provided with seven, four and seven perforations for the eS External - External Serial Advanced Technology Attachment. • Each bent terminal of the terminal set and another universal string The four bent terminals of the row bus terminal group pass through, which increases the stability and practicability of the overall use. Another object of the present invention is to provide a three-in-one double-layer connector socket structure, wherein a plurality of flanges are provided on the periphery of the front sleeve, and the plurality of flanges are provided with a plurality of perforations, and thereafter The peripheral edge of the casing is correspondingly provided with a plurality of flaps ′ for the plurality of perforations at the periphery of the front casing to be combined with the plurality of flaps provided on the periphery of the casing, and the front casing is formed with a plurality of shrapnels. The back of the casing is provided with a plurality of card feet, and a reasonable selection of profit-making materials increases the practicality. For the above purposes, the present invention is a three-in-one double-layer connector socket structure 'including a socket body, two terminal blocks, two universal serial bus terminal blocks, an external serial advanced technology terminal set, and a positioning cover. , a back cover « shell and a front sleeve. The socket system forms two lateral accommodating spaces and one longitudinal accommodating space. Each terminal block is respectively provided with a universal serial bus bar terminal group and an external sequence advanced additional technology terminal group, respectively, which are respectively coupled from the rear to the front. 6 M363124 in each lateral accommodating space, and the positioning cover is correspondingly coupled into the longitudinal accommodating space of the socket body from bottom to top, and is provided for each bent terminal of each terminal group, and the other sleeves are The rear casing is coupled to the outside of the socket body; thereby, the utility model has the advantages of simple and quick assembly and disassembly, and the combination of USB2.〇, USB3〇 and eSATA is one, stable combination positioning and favorable materials are added, and the whole is added. ' Practicality and convenience. The above and other objects and advantages of the present invention are readily apparent from the detailed description of the embodiments and the accompanying drawings. Of course, the present invention is allowed to differ in some of the parts, or the arrangement of the parts, but the selected embodiments are described in detail in the present specification, and the construction thereof is shown in the drawings. [Embodiment] Please refer to Figures 1 to 13, the present invention is a three-in-one double-layer connector socket structure. The three-in-one double-layer connector socket structure comprises: a socket body 1 〇 'the socket body 10 is formed The second accommodating space 11 and a longitudinal accommodating space 12. The two terminal blocks 20 are respectively connected to the two lateral accommodating spaces 11 inside the socket body 1 from the rear and the front, and are in the socket body 1 at the front end of each terminal block 20 Form a universal slot 13 with universal serial bus (USB: Universal Serial Bus) and external serial advanced technology attachment (eSATA: External Serial Advanced Technology Attachment) (USB2.0, USB3.0 and eSATA) The combination is 7 M363124 -), and each of the terminal blocks 2 is formed with four insertion holes for the front and the rear. The four terminal blocks 2 τ are formed at the front end of the insertion hole 21 to form corresponding four terminal slots 2 2, and a terminal slot 23 is formed on each of the upper sides of each terminal block 2, and five terminal slots 24 are formed between the two terminal slots 23, and the five terminal slots 24 are formed by the terminal block 2 The top of the raft extends forward to the lower part of the front section. Two universal serial bus (USB: Universal Serial Bus) terminal group I 3 0, each universal serial bus terminal group 3 is provided with four bent terminals 3 1, and the four bent terminals 31 are passed through The four terminals of the terminal block 2 are inserted through the insertion hole 21, and are fixedly disposed in the four terminal slots 2 2 formed under the terminal block 2 , for use by the USB 2.0. Second external sequence advanced add-on technology (eSATA : External Serial
Advanced Technology Attachment)端子組4 〇，各外部序列 先進附加技術端子組4 〇係設有二根彎折端子41及五根具 .有前端彎鉤4 21之彎折端子4 2，該二根彎折端子41係 對應設於端子座2 〇上方兩侧各形成之端子槽2 3内 ，而該 五根具有前端彎鉤4 21之彎折端子4 2係對應設於該五道 由該端子座2 0上方向前延伸至下方前段處之端子槽2 4 ， 内；其中，二根彎折端子41及五根具有前端彎鉤4 21之 彎折端子4 2共七根彎折端子係供eSATA使用，而該五根具 有前端彎鉤4 2 1之彎折端子4 2係為Esata與USB3.0之共 用端子’其前端彎鉤4 21部分與通用串列匯流排端子組3 8 M363124 0之四根料端子3 1構成之九根端子職USB3G使用。 ~定位蓋5 G，該定位蓋5 G係由下向上對應結合於該 座本體1 〇之縱向容置空間1 2内，且供該二通用串列匯 *·排端子組3 〇及該一外部序列先進附加技術端子組4 〇之 各彎折端子31、41及4 2之另一端穿出。 —後套殼β 0，該後套殼6 〇係對應套設於該插座本體 • 1〇後端。 .一刚套殼7 0，該前套殼7 〇係對應套設於該插座本體 1〇前端，且該前套殼7 〇係與該後套殼6 〇相互結合者。 其中，各端子座2 0兩侧各形成有一凸部2 5，而各凸 部2 5外側係形成一道鳩尾槽2 51，而該插座本體1〇之 二橫向容置空間11兩側對應各形成有一處鳩尾塊丄i工， 以供各端子座2 0之兩侧凸部2 5的鳩尾槽2 51對應套設 結合於插座本體1〇内之各橫向容置空間11兩侧的鳩尾塊 > 111者。各端子座2 0兩側凸部2 5前端上下係各形成有 一滑動終止面252，而該插座本體1〇之二橫向容置空間 11兩侧之鳩尾塊111上下係對應各形成有一凹下之滑動 終止處112，以供各端子座2 0之兩侧凸部2 5的鳩尾槽 2 51對應套設結合於插座本體1〇内之各橫向容置空間1 1兩侧的鳩尾塊111後，以該插座本體1〇之二橫向容置 空間11兩側之鳩尾塊111上下對應形成之滑動終止處1 12抵擋各端子座2 0兩侧凸部2 5前端上下之滑動終止面 9 M363124 2 5 2，以防止該端子座2 0繼續向前滑動及形成止擋定位 者。各端子座20後端底面係形成有至少一處卡槽26，而 該插座本體10之二橫向容置空間11下方對應形成有至少 一處卡鉤113，以供各端子座2 0之兩侧凸部2 5的鳩尾 槽2 51對應套設結合於插座本體1〇内之各橫向容置空間 11兩侧的鸠尾塊111後’以該插座本體1〇之各橫向容 置空間11下方對應形成的至少一處卡鉤113卡抵於各端 子座2 0後端底面對應設置之至少一處卡槽2 6，以防止該 端子座2 0向後位移及形成止擋定位者。各端子座2 〇上方 向前延伸至下方前段處之該五道端子槽2 4於前端處係形成 斜向部2 41，而各外部序列先進附加技術端子組4 〇之該 五根具有前端彎鉤4 21之彎折端子4 2係對應形成斜向 狀，以供對應配设者。而各外部序列先進附加技術端子組4 0之二根彎折端子41前端係形成斜角部4丄1，以供嵌入 各端子座2 0上方兩側端子槽2 3前端之端子座2 0壁面， 並於各彎折端子41兩侧形成倒刺412，以供刺入該端子 座2 0内，以形成穩固結合者。其中，該插座本體i 〇之橫 向容置 11上方係形成有凸台！！4，而各外部序列先 進附加技術端子組4 0之五根彎折端子4 2之中央後段係上 彎跨設於該端子座20上，以供凸台1}4卡在各彎折端子 4 2之上彎處，而同時壓住各彎折端子4 2，以供穩固結合 定位者。該各通用串列匯流排端子組3 〇之四根彎折端子3 M363124 1兩侧係形成倒刺311，以供刺入該端子座2 〇内，以形 成穩固結合者。 又，該定位蓋5 0兩侧下方係形成有一侧邊卡鉤5工， 而該插座本體10之縱向容置空間丨2兩側下方係各對應形 成有一突鉤121，以供該定位蓋5 〇兩侧下方之侧邊卡鉤 - 51與該插座本體1〇各對應形成之突鉤i 2 i相互卡設結 ' 合者。該定位蓋5 0下方兩侧係形成複數個突出部52，而 » 該插座本體1〇之縱向容置空間！2下方兩側係各對應形成 有對應數量之凹狀止退面12 2，以供該定位蓋5 〇之複數 個突出部5 2與該插座本體1〇各對應形成之凹狀止退面工 2 2相互抵靠結合，且該插座本體1〇之縱向容置空間12 兩側係各對應形成有一凸塊12 3，以供抵擋該定位蓋5 〇 者。該定位蓋5 0下方内侧係形成連續彎槽53，而該插座 本體10底部後侧係對應形成連績彎槽2 4，以供導正一通 I 用串列匯流排端子組3 〇之四根彎折端子31穿出，且該定 位蓋5 0底面另依序設有七處、四處及七處穿孔5 4，以供 一外部序列先進附加技術（eSATA : External Serial AdvaneedAdvanced Technology Attachment) terminal set 4 〇, each external sequence advanced additional technology terminal set 4 〇 is provided with two bent terminals 41 and five sets. There are front end hooks 4 21 bent terminals 4 2, the two bends The folding terminal 41 is correspondingly disposed in the terminal groove 2 3 formed on each of the upper sides of the terminal block 2 , and the five bending terminals 4 2 having the front end hooks 4 21 are correspondingly disposed on the five terminals. The upper end of the 0 0 extends forward to the terminal slot 2 4 at the lower front section; wherein, the two bent terminals 41 and the five bent terminals 4 with the front end hooks 41 are a total of seven bent terminals for eSATA The five bent terminals 4 2 having the front end hooks 42 are the common terminals of the Esata and the USB 3.0, the front end hooks 4 21 and the universal serial bus terminal groups 3 8 M363124 0 The four terminal terminals 3 1 constitute the nine terminal positions used by USB3G. The positioning cover 5 G is connected to the longitudinal accommodating space 1 2 of the seat body 1 下 from the bottom to the top, and is provided for the two universal serial port* terminal group 3 and the one The other end of each of the bent terminals 31, 41, and 42 of the external sequence advanced technology terminal group 4 is passed through. - The rear casing β 0, the rear casing 6 is correspondingly sleeved on the socket body. A rigid casing 70, the front casing 7 is correspondingly sleeved on the front end of the socket body 1 , and the front casing 7 is coupled with the rear casing 6 。. A protrusion portion 25 is formed on each of the two terminal blocks 20, and a dovetail groove 2 51 is formed on the outer side of each of the protrusion portions 25, and two sides of the socket body 1 are formed on the two sides of the lateral accommodation space 11 There is a dovetail block for the tail groove 2 51 of the convex portions 25 on both sides of each terminal block 20 corresponding to the dovetail block combined on both sides of each lateral accommodation space 11 in the socket body 1〇 111. Each of the terminal blocks 20 has a sliding end surface 252 formed on each of the upper and lower ends of the convex portion 2 5 , and the upper and lower ends of the socket body 1 on the two sides of the lateral receiving space 11 are respectively formed with a concave shape. The sliding end portion 112 is disposed so that the dovetail slots 2 51 of the convex portions 25 on both sides of the terminal block 20 are correspondingly sleeved with the dovetail blocks 111 coupled to the two sides of the lateral receiving spaces 1 1 in the socket body 1 The sliding end portion 1 12 formed by the upper and lower sides of the socket block 111 on both sides of the socket housing 1 is opposite to the sliding end surface 9 of the front end of each of the terminal blocks 2 0. M363124 2 5 2, in order to prevent the terminal block 20 from continuing to slide forward and form a stop positioner. At least one of the latching holes 26 is formed on the bottom surface of the rear end of each of the terminal blocks 20, and at least one of the hooks 113 is formed under the two lateral receiving spaces 11 of the socket body 10 for the sides of each of the terminal blocks 20 The dovetail groove 2 51 of the convex portion 25 is correspondingly sleeved with the dovetail block 111 coupled to both sides of each of the lateral accommodating spaces 11 in the socket body 1A, and is corresponding to the lower side of the lateral accommodating space 11 of the socket body 1 The at least one of the formed hooks 113 is engaged with at least one of the slots 2 6 corresponding to the bottom surface of the rear end of each of the terminal blocks 20 to prevent the terminal block 20 from being displaced rearward and forming a stop position. The five terminal slots 24 extending forwardly from the upper end of each terminal block 2 to the lower front section form an oblique portion 214 at the front end, and the five external roots of the additional series of advanced technology terminal groups 4 have front end bends The bent terminal 4 2 of the hook 4 21 is formed in an oblique shape for the corresponding arrangement. And the front end of each of the two external bending terminal 41 of the external sequence terminal group of the external sequence is formed with a beveled portion 4丄1 for embedding the wall of the terminal block 20 at the front end of the terminal groove 2 3 on both sides of each terminal block 20; And a barb 412 is formed on both sides of each bent terminal 41 for piercing into the terminal block 20 to form a stable bond. Wherein, the horizontal direction of the socket body i 11 is formed with a boss on the top of the housing 11! ! 4, and the central rear section of the five bending terminals 4 2 of each external sequence advanced technology terminal group 40 is bent over the terminal block 20 for the boss 1} 4 to be stuck at each bent terminal 4 2 above the bend, while pressing each of the bent terminals 4 2 for stable bonding. The four bent terminals 3 M363124 1 of the universal serial bus bar terminal group 3 are formed with barbs 311 on both sides for piercing into the terminal block 2 to form a stable bond. Moreover, a side hook is formed on the lower side of the positioning cover 50, and a protruding hook 121 is formed on each of the two sides of the longitudinal receiving space 丨2 of the socket body 10 for the positioning cover 5 The side hooks - 51 at the lower side of the cymbal and the corresponding hooks i 2 i formed corresponding to the socket body 1 相互 are mutually engaged. A plurality of protrusions 52 are formed on the lower sides of the positioning cover 50, and » the socket body 1 has a longitudinal accommodation space! 2, the lower side of each of the two sides are correspondingly formed with a corresponding number of concave recessed surfaces 12 2, so that the plurality of protruding portions 52 of the positioning cover 5 与 and the socket body 1 〇 are formed correspondingly concave recessed surface workers 2 2 abutting each other, and the two sides of the longitudinal receiving space 12 of the socket body 1 are respectively formed with a bump 12 3 for resisting the positioning cover 5 . A continuous curved groove 53 is formed on the inner side of the positioning cover 50, and a rearward side of the bottom of the socket body 10 is formed to form a continuous bending groove 24 for guiding the four wires of the serial bus terminal group 3 The bent terminal 31 is pierced, and the bottom surface of the positioning cover 50 is sequentially provided with seven, four and seven perforations 5 4 for an external serial advanced technology (eSATA : External Serial Advaneed
Technology Attachment)端子組4 〇之各根彎折端子4 1、4 2及另一通用串列匯流排端子組3 〇之四根彎折端子31穿 出者。 另，該前套殼7 0周緣係設有複數折邊γ1，該些複數 折邊71上係設有複數處穿孔7 2，而該後套殼6〇周緣係 11 M363124 對應設有複數處摺片61，以供該前套殼7〇周緣之複數處 穿孔7 2與該後套殼60周緣設有之複數處摺片61對應結 合者。該前套殼7 0係成形有複數彈片7 3，而該後套殼6 0下方係設有複數卡腳6 2，俾利材料的合理選擇。 藉由上述之結構構成一種三合一雙層連接器插座結構， • 請參閱第1〜13圖，本創作之特點係在於藉由一插座本體 ' 1〇、一端子座2 〇、二通用串列匯流排端子組3 〇、二外 Φ 部序列先進附加技術端子組4 〇、一定位蓋5 〇、一後套殼 6 0及一刖套殼7 0之組合設計，而可方便快速裝拆上述各 組件，並將USB2.0、USB3.0及eSATA三者合而為一，而於 同一通用插槽13即可使用，且該通用插槽13對插件之插 入係採正向插入，其與標準規範相同，不會因插錯，而導致 變形或損壞，進而大幅提升整體使用之實用性及便利性；而 藉由各端子座2 0之兩侧凸部2 5的鳩尾槽2 51對應套設 _ 、结合於插座本體1 〇内之各橫向容置空間丄丄兩侧的填尾塊 111後，以該插座本體1〇之二橫向容置空間丄丄兩側之 鳩尾塊111上下對應形成之滑動終止處i i 2抵擋各端子 座20兩侧凸部25前端上下之滑動終止面252，以防止 該端子座20繼續向前滑動及形成止擋定位者。而以該插座 本體10之各橫向容置空間11下方對應形成的至少一處卡 鉤113卡抵於各端子座2 〇後端底面對應設置之至少一處 卡槽2 6，以防止該端子座2 〇向後位移及形成止擋定位 12 M363124 者X各端子座2〇上方向前延伸至下方前段處之該五道端 子槽24於前端處係形成斜向部241，而各外部序列先進 附加技術端子組4 〇之駐根具有前端賴4 2丨之弯折端 子4 2係對細彡成斜向狀’雜對雜設者。*各外部序列 先進附加技術端子組4 0之二根f折端子4 i前端係形成斜 角部411’以供嵌入各端子座2〇上方兩側端子槽23前 端之端子座2 0壁面，並於各變折端子4丄兩侧形成倒刺4 • 12 ’以供刺入該端子座2 0内’以形成穩固結合者。又， 該插座本體10之橫向容置空間i丄上方係形成有凸台工i 4 ’而各外部序列先進附加技術端子組之五根彎折端子 4 2之中央後段係上彎跨設於該端子座2 〇上，以供凸台工 14卡在各彎折端子4 2之上彎處，而同時壓住各彎折端子 4 2 ’以供穩固結合定位者。再者，該各通用串列匯流排端 子組3 0之四根彎折端子31兩侧係形成倒刺31 ；[，以供 • 刺入該端子座2 0内，以形成穩固結合，進而提升整體使用 之穩固性及實用性；另，藉由該定位蓋5◦兩侧下方之侧邊 卡鉤51與該插座本體1〇各對應形成之突鉤121相互卡 設結合’而該定位蓋5 〇之複數個突出部5 2與該插座本體 10各對應形成之凹狀止退面12 2相互抵靠結合，且該插 座本體10之縱向容置空間12兩侧係各對應形成有一凸塊 123’以供抵擋該定位蓋50。另，該定位蓋50下方内 侧係形成連續彎槽5 3，而該插座本體10底部後侧係對應 13 M363124 形成連續彎槽14，以供導正一通用串列匯流排端子組3〇 之四根彎折端子31穿出’且該定位蓋5 〇底面另依序設有 七處、四處及七處穿孔5 4，以供二外部序列先進附加技術 (eSATA ： External Serial Advanced Technology Attachment) 鳊子組40之各根彎折端子4i、42及另一通用串列匯流 排端子組3 0之四根彎折端子31穿出，進而增加整體使用 之穩固性及實用性；又，藉由該前套殼7 〇周緣係設有複數 折邊71，該些複數折邊71上係設有複數處穿孔7 2，而 該後套殼6 0周緣係對應設有複數處摺片61，以供該前套 殼70周緣之複數處穿孔7 2與該後套殼6〇周緣設有之複 數處擅片61對應結合，且該前套殼7 〇係成形有複數彈片 7 3，而該後套殼6 0下方係設有複數卡腳6 2，俾利材料 的合理選擇，增加實用性者。使得本創作具有裝拆簡便快速、 將USB2.0、USB3.0及eSATA三者合而為一、穩固結合定位 及有利材料的合理選擇等效果，增加整體之實用性及便利性 者。 由以上詳細說明，可使熟知本項技藝者明瞭本創作的確 可達成前述目的，實已符合專利法之規定，爰提出專利申請。 惟以上所述者，僅為本創作之較佳實施例而已，當不能 以此限定本創作實施之範圍；故，凡依本創作申請專利範圍 及創作說明書内容所作之簡單的等效變化與修飾，皆應仍屬 本創作專利涵蓋之範圍内。 M363124 【圖式簡單說明】 第1圖，係本創作實施例之立體外觀圖。 第2圖，係本創作實施例之立體元件分解圖。 第3圖’係本創作實施例另一視角之立體元件分解圖。 第4圖，係本創作實施例之端子座、通用串列匯流排端子組 及外部序列先進附加技術端子組之立體元件分解放 ' 大圖。 φ 第5圖’係本創作實施例另一視角之端子座、通用串列匯流 排端子組及外部序列先進附加技術端子組之立體元 件分解放大圖。 第6圖，係本創作實施例第4圖之結合前視圖。 第7圖’係本創作實施例第6圖之A —A剖面示意圖。 第8圖，係本創作實施例之結合前視圖。 第9圖，係本創作實施例第8圖之B — B剖面示意圖。 # 第10圖，係本創作實施例第8圖之C — C剖面示意圖。 第11圖，係本創作實施例之結合侧視圖。 第12圖，係本創作實施例第11圖之D — D剖面示意圖。 第13圖，係本創作實施例之結合仰視圖。 【主要元件符號說明】 10、插座本體 1 1、橫向容置空間 111、鳩尾塊 112、滑動終止處 1 13、卡鉤 114、凸台 15 M363124 12、縱向容置空間 1 21、突鉤 12 2、凹狀止退面 12 3、凸塊 13、通用插槽 14、連續彎槽 2 0、端子座 2 1、插孔 2 2、端子槽 2 3、端子槽 • 2 4、端子槽 2 41、斜向部 2 5、凸部 2 51、鳩尾槽 _ 2 5 2、滑動終止面 2 6、卡槽 3 Ο、通用串列匯流排端子組 31、彎折端子 311、倒刺 4 0、外部序列先進附加技術端子組 41、彎折端子 411、斜角部 412、倒刺 4 2、彎折端子 4 21、前端彎鉤 5 0、定位蓋 ί 51、侧邊卡鉤 5 2、突出部 5 3、連續彎槽 5 4、穿孔 6 0、後套殼 6 1、摺片 6 2、卡腳 7 0、前套殼 7 1、折邊 7 3、彈片 7 2、穿孔 16The technology is attached to the four bent terminals 31 of the terminal group 4 〇 and the four bent terminals 31 of the other common serial bus terminal group 3 . In addition, the front casing 70 is provided with a plurality of flanges γ1, and the plurality of flanges 71 are provided with a plurality of perforations 7 2 , and the rear casing 6 has a plurality of corners corresponding to the peripheral edge 11 M363124. The sheet 61 is provided for the plurality of perforations 7 2 of the peripheral edge of the front casing 7 to be combined with the plurality of flaps 61 provided on the periphery of the rear casing 60. The front casing 70 is formed with a plurality of elastic pieces 73, and the lower casing 60 is provided with a plurality of clamping legs 62, which are reasonable choices for the profit-making materials. The above structure constitutes a three-in-one double-layer connector socket structure, • Please refer to the figures 1 to 13, the present invention is characterized by a socket body '1〇, a terminal block 2 〇, 2 universal strings The combination of the bus bar terminal block 3 〇, the two outer Φ segment sequence advanced additional technology terminal group 4 〇, a positioning cover 5 〇, a rear cover case 60 and a 刖 case cover 70, can be quickly and easily assembled and disassembled. Each of the above components, and the combination of USB2.0, USB3.0 and eSATA, can be used in the same universal slot 13, and the universal slot 13 is inserted into the plug-in system, and As with the standard specification, it will not be deformed or damaged due to the insertion error, thereby greatly improving the practicability and convenience of the overall use; and the dovetail groove 2 51 corresponding to the convex portions 25 of the two terminal blocks 20 After the _ _ , the splicing block 111 on both sides of the lateral accommodating space 插座 in the socket body 1 结合 is connected, the hem block 111 on both sides of the lateral accommodating space 该 of the socket body 1 上下The formed sliding end portion ii 2 resists the front end of the convex portion 25 on both sides of each terminal block 20 The stop end face 252 is slid to prevent the terminal block 20 from continuing to slide forward and form a stop locator. At least one of the hooks 113 correspondingly formed under the lateral accommodating spaces 11 of the socket body 10 is engaged with at least one of the card slots 2 6 corresponding to the bottom surface of the rear end of each terminal block 2 to prevent the terminal block. 2 〇 Rearward displacement and stop positioning 12 M363124 The four terminal slots 24 extending forwardly to the lower front section of each of the terminal blocks 2 are formed with an oblique portion 241 at the front end, and each external sequence is advanced. The terminal group 4 〇 has a bent terminal 4 2 with a front end 4 4 2 系, and the pair is slanted into a diagonal shape. * Each external sequence advanced additional technology terminal group 40 two f-fitting terminals 4 i front end formed with a beveled portion 411' for embedding the terminal block 20 wall surface at the front end of the terminal groove 23 on both terminal blocks 2 of each terminal block 2, and Barbs 4 • 12 ′ are formed on both sides of each of the variable folding terminals 4 以 for piercing into the terminal block 20 to form a stable bond. Moreover, the lateral accommodating space i 该 of the socket body 10 is formed with a boss i 4 ′ and the central rear section of the five bent terminals 4 2 of each external sequence advanced technology terminal group is erected The terminal block 2 is fastened so that the boss 14 can be bent over the bent terminals 4 2 while pressing the bent terminals 4 2 ' to securely couple the locators. Furthermore, the four bent terminals 31 of the universal serial bus bar terminal group 30 form barbs 31 on both sides of the bent terminal 31; [, for piercing into the terminal block 20 to form a stable bond, thereby enhancing The stability and practicability of the overall use; in addition, the side hooks 51 on the lower sides of the positioning cover 5 and the corresponding hooks 121 formed by the socket body 1 are mutually coupled and the positioning cover 5 A plurality of protrusions 52 and a corresponding recessed surface 12 2 formed by the socket body 10 are abutted against each other, and a protrusion 123 is formed on each side of the longitudinal accommodation space 12 of the socket body 10 . 'to resist the positioning cover 50. In addition, the inner side of the positioning cover 50 forms a continuous curved slot 53, and the rear side of the bottom of the socket body 10 corresponds to 13 M363124 to form a continuous curved slot 14 for guiding a universal serial busbar terminal group 3 The root bending terminal 31 passes through and the bottom surface of the positioning cover 5 is provided with seven, four and seven perforations 5 4 for the external serial advanced technology attachment (eSATA: External Serial Advanced Technology Attachment). The four bent terminals 4i, 42 of the group 40 and the four bent terminals 31 of the other universal serial bus terminal group 30 are passed out, thereby increasing the stability and practicability of the overall use; The casing 7 has a plurality of flanges 71 on the periphery of the casing, and the plurality of flanges 71 are provided with a plurality of perforations 71, and the peripheral casing 60 has a plurality of flaps 61 corresponding thereto for the purpose. The plurality of perforations 7 2 at the periphery of the front casing 70 are correspondingly combined with the plurality of slabs 61 provided on the periphery of the rear casing 6 , and the front casing 7 is formed with a plurality of elastic pieces 7 3 , and the rear casing 6 0 below is equipped with a plurality of card feet 6 2, reasonable choice of profit-making materials, increase the practicality . This design has the advantages of simple and quick assembly and disassembly, combining USB2.0, USB3.0 and eSATA, stable positioning and reasonable selection of favorable materials, and increasing the overall practicability and convenience. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives, and has been in compliance with the provisions of the Patent Law, and has filed a patent application. However, the above is only the preferred embodiment of the present invention, and the scope of the creation of the present invention cannot be limited by this; therefore, the simple equivalent changes and modifications made by the scope of the patent application and the content of the creation specification are All should remain within the scope of this creation patent. M363124 [Simple description of the drawings] Fig. 1 is a perspective view of the present embodiment. Fig. 2 is an exploded perspective view of the three-dimensional element of the present embodiment. Fig. 3 is an exploded perspective view of another perspective of the present embodiment. Fig. 4 is a perspective view of the terminal block of the present embodiment, the universal serial bus terminal block, and the external component advanced technology terminal group. φ Fig. 5 is a perspective exploded view of the terminal block, the universal serial bus terminal block, and the external sequence advanced add-on terminal group of another view of the present embodiment. Fig. 6 is a front view of the combination of Fig. 4 of the present embodiment. Fig. 7 is a schematic cross-sectional view taken along line A-A of Fig. 6 of the present embodiment. Fig. 8 is a front view of the combination of the present embodiment. Figure 9 is a cross-sectional view taken along line B-B of Figure 8 of the present embodiment. #图10图 is a cross-sectional view taken along line C-C of Fig. 8 of the present embodiment. Figure 11 is a side view of the combination of the present embodiment. Figure 12 is a cross-sectional view taken along line D - D of Fig. 11 of the present embodiment. Figure 13 is a combined bottom view of the present embodiment. [Description of main component symbols] 10. The socket body 1 1 , the lateral accommodating space 111 , the dovetail block 112 , the sliding end 1 13 , the hook 114 , the boss 15 M363124 12 , the longitudinal accommodating space 1 21 , the protruding hook 12 2 , concave recessed surface 12 3 , bump 13 , universal slot 14 , continuous curved slot 20 , terminal block 2 1 , jack 2 2 , terminal slot 2 3 , terminal slot • 2 4 , terminal slot 2 41, Oblique portion 2 5 , convex portion 2 51 , dovetail groove _ 2 5 2, sliding end surface 2 6 , card slot 3 Ο, universal serial bus bar terminal group 31, bent terminal 311, barb 4 0, external sequence Advanced additional technology terminal set 41, bent terminal 411, beveled portion 412, barb 4 2, bent terminal 4 21, front end hook 50, positioning cover ί 51, side hook 5 2, protruding portion 5 3 Continuous bending groove 5 4 , perforation 60 , rear casing 6 1 , folding piece 6 2 , clamping leg 7 0 , front casing 7 1 , folding edge 7 3 , elastic piece 7 2 , perforation 16