M379258 < 五、新型說明： ; 【新型所屬之技術領域】 本創作係關於一種傳輸插座，尤指一種可提供支援不同傳輸 規格插頭使用的傳輸插座。 【先前技術】 習知傳輸插座中，己有可供不同規格的傳輸插頭交替插接的 設計，如第一圖至第三圖所示，為中華民國新型專利第M293552 • 號「可適用多種不同協定接頭的連接器插座」，該連接器插座包含 有一具有插槽之殼體、一 USB端子組及一 eSATA端子組，該連接 器插座於該插槽中設有一固定座，而該USB端子組及該eSATA端 子組分別位於固定位兩相對側面，其中USB端子組具有四支USB 端子’用以支援USB2.0的接頭’而eSATA端子組具有七支端子， 並可支援eSATA接頭，以達到適用不同傳輸規格接頭的目的。 但現在傳輸資料越來越大，USB2.0接頭所提供的傳輸速度己 % 經不敷使用，因此己經發展具有較多端子的USB3.0接頭，以傳輸 速度較USB2.0接頭更快，但USB3 〇接頭具有較多的端子，所以 相對的USB3.0插座就需有相同對映的端子數量，而在空間上的限 制要同時_制腦2讀USB3.㈣九支軒及eSATA的七支 端子於同-插座上’如上述專利M293552之端子排财式設置在 其固定座的不同側面上’但無法同時將USB2 〇與_3 〇的九支 端子及eSATA的七支端子鑲嵌(insertmolding)在同-本體上，造成 极具成本及組裝成本提高。 3 【新型内容】 本創作之主要目的在於提供—種傳輸插座，可_ USB30 的五支端子及eSATA軒財_五支端子_連接制使用， 而將聰端子組的九支端子及敵八端子叙的七支端子共16支 端子減少為11支端子’而該u支端子為同—組金屬料帶衝壓型 成，且同時鑲嵌在本體中。 為達前揭目的’本創作所設計之傳輸插座，包括一本體⑽， 該本體(10)具有相對的前端(13)與後端(14)，且該本體⑽包含基部 (11)及一連接於基部(11)的舌板(12)及兩側翼⑽該舌板⑽具有 相對的上下侧面(121)，該兩側翼有可插接eSATA插頭之插槽 (161); —遮蔽殼體(20)，該遮蔽殼體包覆該本體且構成一共用插接 空間(15)，該用插接空間可插接USB2 〇插頭或USB3 〇插頭或 eSATA插頭；一具7支端子的外部序列先進附加技術 (eSATA，Extemal Serial ΑΤΑ)端子組(30) ’其包括兩侧兩支端子為第 一 eSATA端子組(31)及中間五支並排的端子為第二eSATA端子組 (32)，該eSATA端子組(30)鑲嵌於本體中(1〇); 一具九支端子的通 用序列匯排列(USB, Universal Serial Bus)端子組(40)，其中四支並 排的端子為USB2.0端子組(41)、及另外五支並排的端子為USB3 〇 端子組(42)，而該USB端子組(40)亦鑲嵌於本體中；其中USB3.0 端子組個別連接該第二eSATA端子組，使USB端子組及eSATA 端子組形成複數並排端子，且鑲嵌於本體中之舌板的同一側面 上，而且USB3.0端子組接觸部(421)低於第二eSATA端子組接觸 部(321)。 M379258 【實施方式】 凊參閱第三圖至第六圖所示’本創作係提供一可用於兩種以 . 上不同傳輸介面之傳輸插座，其包括一本體(ίο)、一遮蔽殼體 (20)、一外部序列先進附加技術(eSATA,External Serial ΑΤΑ)端子 組(30)及一具九支端子的通用序列匯排列^jsb，Universal Serial Bus)端子組(40)。 ^ 該本體(10)具有相對的前端(13)與後端(14)，且該本體(1〇)包 含基部(11)及一連接於基部(n)的舌板(12)及兩側翼(16)，該舌板 (12)具有相對的上下側面(121)，該兩侧翼(16)有可配合插接eSATA 插頭之插槽（161)，該插槽（161)是由垂直方向交錯之複數上下槽孔 (1611，1612)形成，而該複數上下槽孔（1611，1612)的形成是利用一 般模具中所謂的公母模具靠破方式產生。 有一遮蔽殼體(20)包覆該本體(10)且構成一共用插接空間 Φ (15)，而該用插接空間可插接USB2.0插頭或USB3.0插頭或eSATA 插頭(如第七圖所示）。 該eSATA端子組(30)包括兩側兩支端子之第一 βΑΤΑ端子 組(31)及中間五支並排的端子為第二esATA端子組(32)，而USB 端子組(40)包括四支並排的端子為USB2 〇端子組(41)、及另外五 支並排的端子為USB3.0端子組(42)，其中較低之USB3.0端子組 接觸部(421)向後連接個別第二eSATA端子組接觸部(321)，再向後 延伸為與USB3.0端子組(42)共用之第二eSATA端子組鑲嵌部(322) 5 M379258 ，及第二eSATA端子組焊接部(323)，使得聰2 〇端子組⑼、 端子組(42)、第—eSATA端子組⑼與第二eSATA端子組 (32)域共11支麟端子，麟有端子組接卿卯，321，川，犯1，) 全部在舌板(12)的同一側面上。 因為上述結構USB端子組(40)及沾祖端子組(3〇)共u支並 排端子可為同-金屬料帶衝壓成型，且成形後可以同時鎮嵌於本 體(10)中的设計，利於製程作業及加強結合於本體，達到降低該傳 鲁輸插座的開模與製造成本(組裝、人工.等〉，以符合經濟效益。 請再參閱第七圖所示，傳輸插座⑴之共用插接空間(15)係用以 供上述USB2.0插頭⑹或USB3.〇插頭⑺或eSATA插頭⑻插接， 達到同一傳輸插座(1)可供不同傳輸規格插頭使用。 祕參閱第八至第九圖所示’上述使用同一金屬料帶衝壓成 型(未圖示）’且成形後可以一體鑲嵌於本體⑽中的設計，其usb 端子組鑲丧部⑷幻及沾皿端子組鑲嵌部即’仰共U支並排 •端子突伸於本體⑽之後端㈣上下之中間位置，且因U支並排端 子焊接部(313,323,413)排列成-直線及長度相同，使得此傳輸插座 ⑴之本體(1〇)及遮蔽殼體(2〇)可同時適用電路板⑽上及電路 板(5〇)下結構，及USB端子組(40)及eSATA端子組(3〇)端子可以 SMT方切跡電純⑽或DIp的方切胁電路板(5〇)，亦 同時可適用電路板(50)上及電路板(50)下結構。 請再參閱第十圖所示，揭露本創作另一實施例，其中USB3.0 端子組(42)個別連接該第二eSATA端子組(32)，使勵端子組(4〇) 6 M379258 及eSATA端子組(30)形成複數並排端子，同時鑲嵌於本體甲且 USB2.0端子組接觸部(411)與USB3.0端子組接觸部(421)在舌板的 一侧面上，eSATA端子組接觸部(31i,321)則在舌板的另一側面上。 【圖式簡單說明】 第一圖為習知插座立體圖。 第二圖為習知插座前視圖。 第三圖為本創作之立體圖。 第四圖為本創作之立體分解圖。 第五圖為本創作之端子組合之:iL體分解圖。 第六圖為本創作之端子組立體圖。 第七圖為本創作之傳輸插座與對接插頭的立體圖。 第八圖為本創作之側面剖視圖。 第九圖為本創作有電路板之立體圖。 镰 第十圖為本創作另—實施例之上下視圖。 «79258M379258 < 5, new description: ; [New technical field] This creation is about a transmission socket, especially a transmission socket that can provide plugs for different transmission specifications. [Prior Art] In the conventional transmission socket, there are designs for alternately plugging the transmission plugs of different specifications. As shown in the first to third figures, the new patent No. M293552 of the Republic of China is applicable to many different types. a connector socket of the connector connector, the connector socket includes a housing having a slot, a USB terminal set and an eSATA terminal set, wherein the connector socket is provided with a fixing base in the slot, and the USB terminal group And the eSATA terminal group is located at two opposite sides of the fixed position, wherein the USB terminal group has four USB terminals 'to support the USB2.0 connector' and the eSATA terminal group has seven terminals, and can support the eSATA connector to achieve the application. The purpose of the joints for different transmission specifications. But now the transmission data is getting bigger and bigger, the transmission speed provided by the USB2.0 connector has been insufficiently used. Therefore, the USB3.0 connector with more terminals has been developed, and the transmission speed is faster than the USB2.0 connector. However, the USB3 〇 connector has more terminals, so the relative USB3.0 socket needs to have the same number of terminals, and the space limitation is at the same time _ brain 2 read USB3. (four) nine hex and eSATA seven The terminal is on the same socket. The terminal of the above-mentioned patent M293552 is arranged on the different sides of its fixed seat. 'But it is impossible to simultaneously embed the USB2 〇 with the _3 〇 nine terminals and the eSATA seven terminals (insertmolding) ) On the same-body, it causes great cost and assembly cost. 3 [New Content] The main purpose of this creation is to provide a kind of transmission socket, which can be used for five terminals of USB30 and eSATA 财 _ five terminals _ connection system, and the nine terminals of the Cong terminal group and the enemy eight terminals The seven terminals of the seven terminals are reduced to 11 terminals', and the u-terminals are stamped into the same group of metal strips, and are simultaneously embedded in the body. The transmission socket designed for the purpose of the present invention comprises a body (10) having opposite front ends (13) and rear ends (14), and the body (10) comprises a base (11) and a connection The tongue (12) and the side wings (10) of the base (11) have opposite upper and lower sides (121), and the two sides have slots (161) for inserting eSATA plugs; - shielding housing (20) The shielding case encloses the body and constitutes a common plug-in space (15), which can be plugged into a USB2 plug or a USB3 plug or an eSATA plug; an external sequence of 7 terminals is advanced. Technology (eSATA, Extemal Serial ΑΤΑ) terminal block (30) 'The two terminals on both sides are the first eSATA terminal group (31) and the middle five side-by-side terminals are the second eSATA terminal group (32), the eSATA terminal The group (30) is embedded in the body (1〇); a nine-terminal universal serial bus (USB, Universal Serial Bus) terminal set (40), wherein four side-by-side terminals are USB 2.0 terminal sets (41) ), and the other five side-by-side terminals are USB3 〇 terminal group (42), and the USB terminal group (40) is also embedded in the body; wherein USB3. 0 The terminal group is individually connected to the second eSATA terminal group, so that the USB terminal group and the eSATA terminal group form a plurality of side-by-side terminals, which are embedded on the same side of the tongue plate in the body, and the contact portion (421) of the USB3.0 terminal group is low. The second eSATA terminal group contact portion (321). M379258 [Embodiment] Referring to the third to sixth figures, the present invention provides a transmission socket that can be used for two different transmission interfaces, including a body (ίο), a shielding shell (20). ), an external serial advanced technology (eSATA, External Serial ΑΤΑ) terminal set (30) and a nine-terminal universal sequence arrangement ^jsb, Universal Serial Bus) terminal set (40). ^ The body (10) has opposite front ends (13) and rear ends (14), and the body (1) includes a base (11) and a tongue (12) and side wings connected to the base (n) ( 16), the tongue plate (12) has opposite upper and lower sides (121), and the side wings (16) have slots (161) that can be mated with the eSATA plug, and the slots (161) are vertically staggered. A plurality of upper and lower slots (1611, 1612) are formed, and the formation of the plurality of upper and lower slots (1611, 1612) is generated by means of a so-called male and female mold in a general mold. A shielding shell (20) encloses the body (10) and constitutes a common plugging space Φ (15), and the plugging space can be plugged into a USB 2.0 plug or a USB 3.0 plug or an eSATA plug (such as Figure 7). The eSATA terminal set (30) includes a first βΑΤΑ terminal group (31) with two terminals on both sides and a fifth side-by-side terminal is a second esATA terminal group (32), and the USB terminal group (40) includes four side by side The terminals are USB2 〇 terminal group (41), and the other five side-by-side terminals are USB3.0 terminal group (42), wherein the lower USB3.0 terminal group contact portion (421) is connected backward to the individual second eSATA terminal group. The contact portion (321) further extends back to a second eSATA terminal group inlay portion (322) 5 M379258 shared with the USB3.0 terminal group (42), and a second eSATA terminal group soldering portion (323), so that Cong 2 〇 The terminal group (9), the terminal group (42), the -eSATA terminal group (9) and the second eSATA terminal group (32) domain have a total of 11 lin terminals, and the lining has a terminal group connected to the 卯, 321 , Chuan, guilty, 1) all in On the same side of the tongue (12). Because the above-mentioned structure USB terminal group (40) and the ancestral terminal group (3 〇) common u-side side-by-side terminals can be stamped and formed by the same-metal strip, and can be simultaneously embedded in the body (10) after forming. Conducive to the process operation and strengthen the combination with the body, to reduce the mold opening and manufacturing costs (assembly, labor, etc.) of the transmission and export sockets, in order to meet the economic benefits. Please refer to the seventh figure, the transmission socket (1) The connection space (15) is used for plugging the above USB2.0 plug (6) or USB3.〇 plug (7) or eSATA plug (8), and the same transmission socket (1) can be used for different transmission specification plugs. The figure shows the above-mentioned design using the same metal strip stamping (not shown) and can be integrally mounted in the body (10) after molding, and the usb terminal group inlay portion (4) and the inlaid portion of the dip dish terminal group A total of U-side side-by-side terminals are protruded from the middle of the upper end (4) of the main body (10), and the U-side-side terminal soldering portions (313, 323, 413) are arranged in a straight line and the same length, so that the body (1) of the transmission socket (1) and Shading housing (2〇) can be used for both circuits The structure of the board (10) and the circuit board (5〇), and the USB terminal group (40) and the eSATA terminal group (3〇) terminals can be SMT square-cut electric pure (10) or DIp square-shear circuit board (5〇), At the same time, the structure on the circuit board (50) and the circuit board (50) can be applied. Please refer to the tenth figure, another embodiment of the present invention is disclosed, wherein the USB3.0 terminal group (42) is individually connected to the second The eSATA terminal group (32) enables the excitation terminal group (4〇) 6 M379258 and the eSATA terminal group (30) to form a plurality of side-by-side terminals, which are simultaneously embedded in the body armor and the USB2.0 terminal group contact portion (411) and the USB3.0 terminal. The group contact portion (421) is on one side of the tongue plate, and the eSATA terminal group contact portion (31i, 321) is on the other side of the tongue plate. [Schematic Description] The first figure is a perspective view of a conventional socket. The second picture is the front view of the conventional socket. The third picture is the perspective view of the creation. The fourth picture is the exploded view of the creation. The fifth picture is the terminal combination of the creation: the iL body exploded view. The perspective view of the created terminal group. The seventh picture is a perspective view of the transmission socket and the mating plug of the creation. The eighth picture is a side sectional view of the creation. This picture shows a ninth perspective view of a circuit board creation sickle present tenth Creation another graph - top-down view of the embodiment of Example «79,258.
【主要元件符號說明】 傳輸插座(1) 本體(10) 基部(11) 前端(13) 後端(14) 侧翼(16) 插槽（161) 一遮蔽殼體(20) eSATA端子組(30) 第一 eSATA端子組(31) 第一 eSATA端子組鑲嵌部(312) 第二eSATA端子組(32) 第二eSATA端子組鑲嵌部(322) USB端子組(40) 舌板(12) 侧面(121) 共用插接空間(15) 上槽孔（1611)下槽孔(1612) 第一 eSATA端子組接觸部(311) 第一 eSATA端子組焊接部(313) 第二eSATA端子組接觸部(321) 第二eSATA端子組焊接部(323)[Main component symbol description] Transmission socket (1) Main body (10) Base (11) Front end (13) Rear end (14) Flanking (16) Slot (161) One shielding case (20) eSATA terminal group (30) First eSATA terminal set (31) First eSATA terminal set inlay (312) Second eSATA terminal set (32) Second eSATA terminal set inlay (322) USB terminal set (40) Tongue (12) Side (121 ) Common plug-in space (15) Upper slot (1611) lower slot (1612) First eSATA terminal block contact (311) First eSATA terminal set soldering part (313) Second eSATA terminal set contact (321) Second eSATA terminal block welding part (323)
USB2.0 端子組(41) USB3.0端子組鑲嵌部(412) USB3.0 端子組(42) 電路板(50) USB2.0端子組接觸部(411) USB3.0端子組焊接⑶ USB3.0端子組接觸部(421) USB2.0插頭⑹ USB3.0 插頭(7) eSATA 插頭(8) 8USB2.0 terminal group (41) USB3.0 terminal group inlay (412) USB3.0 terminal group (42) circuit board (50) USB2.0 terminal group contact (411) USB3.0 terminal group soldering (3) USB3. 0 terminal block contact (421) USB2.0 plug (6) USB3.0 plug (7) eSATA plug (8) 8