M436245 五、新型說明： 【新型所屬之技術領域】 。。本創作係關於-種薄卡連接器(九），特別是指—種結構簡 早、可降低製造成本，同時提高烊接於電路板上之焊接強度之 薄卡連接|§(九）。 【先前技術】 隨著人們對於電子產品便捷應用需求的日趨明顯，進而引 起各廠商__注，由於各_為了提高電子產品的競爭 力’因此必須不斷加強及電子產品之魏，因此各式電子 產品除了朝_薄短小之外型外，其結構及傳輸速度亦需不斷 增加，藉以提更使用者於操作使用上之便利性。 由於電連接H剌於連接電子產品間或電子產品内各元 件之間__輸’因此電連接H在電子產品上之重要性已經 不可言語’各廠商如何將電連接器㈣造時級組裝，降低組 裝成本’同時又能兼顧電連接器之功效，6成為各礙商間相繼 競爭之處。 於電子連接器中，於USB連接器亦有最大之突破， USB(Universal Serial Bus)通用串列匯流排，是連接外部設備 的一個串舰流排標準’在電腦上使用廣泛，是最通用的規 格’也可以用在機上盒和遊戲機上，甚至許多工業儀器也是透 過USB與細雜，USB補可提供周邊設備#料傳輸，還 可供電’ On-The-Go隨插即用的特性更可使可攜式設備直接交 3 M436245 換數據。 USB從一開始之初為USB1〇規格，其傳輸速度為 1鳩’而於觸年推出USB2.〇規格，傳輸速度則提升到 12Mb/s，而此規格卩經廣泛應用於電子產品中，而目前最新推 出之USB1G縫财縛減度提相5遍/3，其是仍幻力 規格的10倍以上，由於速度較以往提昇許多，因此已經成為 各腐:商未來推廣之產品。 因此’在USB；3.G規格產品未來可期之情況下，如何將 USB3.0產品達到簡易製造之目的，更成為各廠商亟需克服之 問題。 請參閱中華民睛型專利公告第娜觀號專利係揭露 -種USB3.G規格之電連接$，該電連接器包含有本體、第一 端子、第二端子、殼體及固定件；該本體上係分別設有可容置 鲁 第一端子及第二端子之第一插槽及第二插槽，並透過_將第 插槽及第一插槽區隔’該第一端子係插設固定於第一插槽 中，频端接觸部則朝第二插槽_，使得第—端子前端略呈曰 一 U子型，第二端子膽制定於第二插财，其前端亦弯 折設有彈__並容置於第二插射，該第—端子及第二端 子後端則分灣折設有―焊接部並穿設於狀种，以透過固 定件將料部峡於本體上，於本料财合峡—咬體1 相聽之連接器插設連接時，其第一端子前端接觸部及第^ 子彈性接觸部财與之電性接觸連接，躺達到傳輸目的。 4 M436245 * . 然而，由於該電連接器元件過多，其組裝過程複雜，使得 電連接器於組裝過程中因人為因素造成產品品質不良之情況 發生，實有必要克服。 由此可見，上述習用電連接器仍有諸多缺失，實非一良善 之設計者，而亟待加以改良。 本案創作人鑑於上述習用電連接器所衍生的各項缺點，乃 ' 亟思加以改良創新，並經多年苦心孤詣潛心研究後，終於成功 鲁 研發完成本件薄卡連接器(九）。 【新型内容】 本創作之目的係提供一種結構簡單、組裝容易之薄卡連接 器(九）。 本創作之另一目的係提供一種可增加焊接於電路板上之 焊接強度之薄卡連接器(九）。 鲁 本創作之又一目的係提供一種可應用於電子袭置上之薄 卡連接器(九）。 為了達到上述目的，本創作係包含有絕緣本體，絕緣本體 後端係設有複數干涉攔，干涉攔前方則設有一容置槽，干涉棚 内則固定有複數彈臂導電端子，使得彈臂導電端子之接觸部位 於容置槽上方，絕緣本體之前端則延伸有限位部，兩侧則設有 固定片容置部，藉以容置固^;當薄卡連接器由電路板下方 朝上方插設時’限位部則位於電路板前緣，而彈臂導電端子位 於電路板上方，並配合電路板上設置之2 〇金手指接觸墊，使 5 其符合刪.0規格’透補卡連接轉魏板之㈣組合即 可達到結構簡單、組裝容易之目的。 為了達到上述另-目的’本創作絕緣本體之兩侧係設有固 定片容置部，使其得以將固定片插設部包覆同時固定月焊接 2則自插娜上折彎’使其魏緣本體之上表面共面，據此， 當本創作薄卡連接H由電路板底部朝頂部插設時，透過固定片 焊接部與麟料電端仅焊接部與電路她互，達到增 加焊接強度之目的。 為了達到上述又一目的’本創作更可焊接於電子裝置之電 路板上，其中該電路板係設有與干涉攔相對應之複數個容置 孔且於複數個谷置孔前方設有2.0金手指接觸塾，且於2.0 金手指接難之電路板背面财彈料電端子焊接部及固定 片焊接部相互對應之電路板焊接部，使得本創作薄卡連接器 (九)係由電路板背面朝上組裝，並與電路板焊接固定，與此實 施例中’更可透過殼體將電路板及薄卡連接器(九)包覆遮蔽， 且電路板上則焊接有儲存晶片，透過殼體之包覆使其與電路板 形成一 USB連接器，同時配合儲存晶片成為一電子裝置。 【實施方式】 為讓本創作之上述和其他目的、特徵和優點能更明顯易 懂’下文特舉出較佳實施例’並配合所附圖式，作詳細說明如 下。 請參閱第一圖至第三圖所示，為本創作所提供之薄卡連接 M436245M436245 V. New description: [New technical field] . This creation is about a thin card connector (9), especially a thin card connection that is simple in structure, can reduce manufacturing costs, and at the same time improve the welding strength of the board connected to the board|§ (9). [Prior Art] As people's demand for convenient application of electronic products becomes more and more obvious, it has caused various manufacturers to __Note, because each _ in order to improve the competitiveness of electronic products, it is necessary to continuously strengthen and promote the electronic products, so various types of electronics In addition to being thin and short, the structure and transmission speed of the product need to be increased, so as to improve the convenience of the user in operation and use. Since the electrical connection H is between the connected electronic products or between the components in the electronic product, the importance of the electrical connection H on the electronic product is beyond words. 'How can the manufacturers assemble the electrical connector (4)? Reduce the cost of assembly' while at the same time taking into account the effectiveness of the electrical connector, 6 has become the competition between the various businesses. In the electronic connector, the USB connector also has the biggest breakthrough. The USB (Universal Serial Bus) universal serial bus is a string ship standard for connecting external devices. It is widely used on computers and is the most common. Specifications can also be used in set-top boxes and game consoles, and even many industrial instruments are also available through USB and fine, USB supplements can provide peripheral equipment #material transmission, and can also supply 'On-The-Go plug-and-play features In addition, the portable device can directly exchange 3 M436245 data. USB has been a USB1〇 specification since its inception, and its transmission speed is 1鸠'. In the first year, USB2.〇 was introduced, and the transmission speed was increased to 12Mb/s. This specification has been widely used in electronic products. At present, the latest USB1G sewing reduction is 5 times/3, which is still more than 10 times of the specifications of the magical force. Since the speed is much higher than before, it has become a product of various rots: the future promotion of the business. Therefore, in the case of USB; 3.G specification products in the future, how to achieve the purpose of simple manufacturing of USB3.0 products has become an urgent problem for manufacturers. Please refer to the Chinese People's Eyes Patent Announcement, the No. 1 patent system, which discloses the USB3.G specification electrical connection $. The electrical connector comprises a body, a first terminal, a second terminal, a housing and a fixing member; The upper system is respectively provided with a first slot and a second slot for accommodating the first terminal and the second terminal, and the first slot is fixed by the _ separating the first slot and the first slot In the first slot, the frequency end contact portion faces the second slot _, so that the front end of the first terminal is slightly U-shaped, the second terminal is formed in the second insertion, and the front end is also bent. The __ is accommodated in the second insertion, and the rear end of the first terminal and the second terminal are respectively folded into a "welding portion" and are inserted through the shape to pass the material portion to the body through the fixing member. When the connector of the yinhe gorge-biting body 1 is connected, the front end contact portion of the first terminal and the elastic contact portion of the first terminal are electrically connected to each other, and the lie is used for transmission. 4 M436245 * . However, due to the excessive number of components of the electrical connector, the assembly process is complicated, which makes it difficult for the electrical connector to cause poor quality due to human factors during the assembly process. It can be seen that there are still many shortcomings in the above-mentioned conventional electrical connectors, which is not a good designer, and needs to be improved. In view of the shortcomings derived from the above-mentioned conventional electrical connectors, the creators of this case have been 'improved and innovated, and after years of painstaking research, they finally succeeded in researching and developing this thin card connector (9). [New content] The purpose of this creation is to provide a thin card connector (9) that is simple in structure and easy to assemble. Another object of the present invention is to provide a thin card connector (9) that increases the soldering strength soldered to a circuit board. Another aim of Ruben's creation is to provide a thin card connector (9) that can be applied to electronically placed devices. In order to achieve the above object, the present invention comprises an insulating body, the back end of the insulating body is provided with a plurality of interference barriers, and a receiving groove is arranged in front of the interference block, and a plurality of elastic arm conductive terminals are fixed in the interference shed, so that the elastic arm is electrically conductive. The contact portion of the terminal is located above the accommodating groove, the front end of the insulating body extends the finite portion, and the two sides are provided with a fixing piece accommodating portion for accommodating the solid; when the thin card connector is inserted upward from the lower side of the circuit board When the 'limit position is located at the front edge of the circuit board, and the elastic arm conductive terminal is located above the circuit board, and fits the 2 〇 gold finger contact pad set on the circuit board, so that 5 is in compliance with the .0 specification 'transparent card connection to Wei The combination of the board (4) can achieve the purpose of simple structure and easy assembly. In order to achieve the above-mentioned other purpose, the two sides of the insulating body are provided with fixing piece accommodating parts, so that the fixing piece insertion part can be covered while fixing the moon welding 2, and the self-insertion is bent to make it Wei The upper surface of the edge body is coplanar, according to which, when the thin card connection H of the present invention is inserted from the bottom of the circuit board toward the top, only the soldering portion and the electric terminal of the splicing material pass through the soldering portion and the circuit, thereby increasing the welding strength. purpose. In order to achieve the above further object, the present invention can be soldered to a circuit board of an electronic device, wherein the circuit board is provided with a plurality of receiving holes corresponding to the interference barriers and 2.0 gold in front of the plurality of valley holes. The finger contacts the cymbal, and the soldering portion of the board and the fixed part of the soldering portion on the back of the circuit board that is difficult to connect with the 2.0 gold finger makes the board connector (9) be backed by the board. It is assembled upwards and soldered to the circuit board. In this embodiment, the circuit board and the thin card connector (9) are covered by the housing, and the storage chip is soldered to the circuit board. The cladding forms a USB connector with the circuit board, and simultaneously cooperates with the storage chip to become an electronic device. The above and other objects, features, and advantages of the present invention will become more apparent and understood. Please refer to the first to third figures for the thin card connection provided for this creation. M436245
• I " 器（九)之立體分解、組合結構杀意圖；本創作薄卡連接器（九） 包含有： 一絕緣本體1，該絕緣本體1其大致上略呈矩形體，其上 表面後端係凸出設有複數干涉欄11，而干涉欄U前方則設有 一貫穿絕緣本體1之容置槽12，絕緣本體1之上表面前端則 • 凸出延伸有限位部13 ’且限位部13突出之高度為電路板之厚 • 度’絕緣本體1兩侧則分別設有固定片容置部14 ; 鲁 複數彈臂導電端子2，其包含有固定部21、自固定部21 兩端分別延伸之接觸部22及焊接部23，該彈臂導電端子2係 透過鑲埋成型技術將固定部21固定於絕緣本體丨之干涉欄u 下方’使得接觸部22位於絕緣本體1容置槽12上方，而焊接 部23則外露於絕緣本體1外； 複數固定片3，其包含有插設部31及自插設部31上彎折 • 之焊接部32 ’使得固定片3整體結構從侧面觀之為L型，於 本貫幻中固疋片3之插設部31係透過鑲埋成型技術固定 於絕緣本體1上，使得焊接部32之上表面與絕緣本體！之上 表面大致上共面。 據此，透過絕緣本體卜彈臂導電端子2及固定片3之相 互組合，完成本件薄卡連接器（九）。 旁> 閱第四圖至第七圖所示，為本創作所提供之薄卡連接 器⑷之焊接於電子裝置之立體分解、組合示意圖；其包含有： 一絕緣本體1，該絕緣本體1其大致上略呈矩形體，其上 7 M436245 而干涉攔11前方則設有• I " (9) stereo decomposition, combined structure kill intention; the creation thin card connector (9) includes: an insulative body 1, the insulative body 1 is substantially a rectangular body, the upper surface of the The end of the interference column is provided with a plurality of interference bars 11, and the front of the interference column U is provided with a receiving groove 12 penetrating the insulative housing 1. The front end of the upper surface of the insulative housing 1 is convexly extended to extend the limit portion 13' and the limiting portion 13 The height of the protrusion is the thickness of the circuit board. The degree of the insulation body 1 is respectively provided with a fixing piece receiving portion 14; the plurality of elastic arm conductive terminals 2, which comprise a fixing portion 21 and two ends of the self-fixing portion 21 respectively The extended contact portion 22 and the soldering portion 23 are fixed to the underside of the interference column u of the insulating body by the embedded molding technology, so that the contact portion 22 is located above the receiving groove 12 of the insulating body 1 The soldering portion 23 is exposed to the outside of the insulative housing 1; the plurality of fixing tabs 3 include the interposing portion 31 and the soldering portion 32' bent from the interposing portion 31 so that the overall structure of the fixing tab 3 is viewed from the side For the L-shaped, in the original illusion, the insertion of the solid piece 3 31 through line art insert molded insulative housing is fixed to 1, so that the welding portions 32 on the surface of the insulating body! The upper surface is roughly coplanar. Accordingly, the thin card connector (9) is completed by the mutual combination of the insulating body buck arm conductive terminal 2 and the fixing piece 3. Next, as shown in the fourth to seventh figures, a three-dimensional exploded, combined schematic view of the thin card connector (4) of the present invention, which is soldered to the electronic device, includes: an insulative body 1, the insulative body 1 It is roughly rectangular in shape with 7 M436245 and the front of the interference block 11
’該彈臂導電端子2係 表面後端係凸出設有複數干涉攔u，而干涉 一貫穿絕緣本體1之容置槽，絕緣本體j 凸出延伸有限位部13，且限位部π突出之- 複數彈臂導電端子2，其包含有固定部21 兩端分別延伸之接觸部22及焊接部23，該®屬 透過鑲埋成型技術將固定部21固定於絕緣本體〗之干涉攔u 下方，使得接觸部22 嫌絕緣本體i容置槽12上方，而焊接 部23則外露於絕緣本體1外； 複數固疋片3，其包含有插設部31及自插設部31上彎折 之焊接部32，使得@定片3整體結構從側峨之為L型，於 本實施例巾’蚊# 3之插設部31聽過鑲埋成型技術固定 於、、邑緣本體1上，使付焊接部32之上表面與絕緣本體1之上 表面大致上共面； 一電路板4 ’該電路板4包含有主體部41及自主體部42 向則延伸之對接部42 ’所述對接部42之上表面設有排列設有 USB2.0金手指接觸墊43，且於2 〇金手指接觸墊43後方設有 與絕緣本體1干涉攔11相對應之複數個容置孔44，而電路板 對接部42之下表面兩側則分別設有與固定片3焊接部32相互 對應之電路板焊接部45，複數個容置孔44後方則設有與彈臂 導電端子2焊接部23相互對應之電路板焊接部45 ’使得絕緣 本體1得以透過固定片3焊接部32及彈臂導電端子2焊接部 8 M436245 23焊接固定於電路板4上，此時絕緣本體i之限位部13則會 頂抵包覆於電路板4前端緣；此外，電路板4之主體部41上 、】°又有儲存晶片46 ’係透過電路板4内之電路分別與USB2.0 金手指接_ 43及料導賴子2電性連接；上述之電路板 4係可為一晶片直接封裝基板(COB)或印刷電路板基板； 一殼體5，係為金屬材質所製成，該殼體5係由頂面51、 底面52及連接頂面51及底面52之兩侧面幻所包覆而成，使 ，前端形成—開口 54 ’並可將祕板1上之元件包覆，透過 八又體5别糕之開口 54與電路板4對接部42及〇金手指 接觸塾43、彈臂導電端子2形成一符合USB3.0規格之電連接 器。 透過上述說明可知，本創作薄卡連接器(九)係可應用於電 子裝置之上，使其義符合USB3 G之規袼及傳輸速度。 上列詳細說明係針對本創作之一可行實施例之具體說 明，惟該實施例並非胸_本創作之專利翻，凡未脫離本 们作技藝精神所為之等效實施或變更，均應包含於核之專利 範圍中。本創作之權娜護·應如後述之申請專利範圍所 述。 【圖式簡單說明】 第-圖為本創作薄卡連接器(九)之立體分解結構示意圖。 f二圖為本創作料連接器(九)之另1度立體分解結構示 意圖。 9 第三圖為本創作薄卡連接器(九)之立體組合結構示意圖。 第四圖為本創作薄卡連接器(九)焊接於f子裝置之立體分解 結構示意圖。 第五圖為本創作薄卡連接器(九)焊接於電子裝置之另一角度 立體分解結構示意圖。 第六圖為本創作薄卡連接器(九)烊接於電子裝置電路板之立 體結構示意圖。 第七圖為本辦薄卡連接!1(九)焊接於電子I置後之立體結 構示意圖。 【主要元件符號說明】 1絕緣本體 11干涉欄 12容置槽 13限位部 14固定片容置部 2彈臂導電端子 21固定部 22接觸部 23焊接部 3固定片 31插設部 32焊接部 M436245 4電路板 41主體部 42對接部 43 2.0金手指接觸墊 44容置孔 45電路板焊接部 46儲存晶片 5殼體 51頂面 52底面 53側面 54開口'The rear end of the elastic arm terminal 2 of the elastic arm is convexly provided with a plurality of interference barriers u, and the interference penetrates through the receiving groove of the insulating body 1, the insulating body j protrudes and extends the finite portion 13, and the limiting portion π protrudes - a plurality of elastic arm conductive terminals 2, comprising a contact portion 22 extending at both ends of the fixing portion 21 and a soldering portion 23, wherein the fixing portion 21 is fixed to the insulating body by means of an insert molding technique The contact portion 22 is disposed above the insulating body 1 and the soldering portion 23 is exposed outside the insulating body 1; the plurality of solid-state sheets 3 include the insertion portion 31 and the self-insertion portion 31 is bent The welding portion 32 is such that the integral structure of the @ fixed piece 3 is L-shaped from the side, and the insertion portion 31 of the 'Mosquito # 3 of the present embodiment is fixed to the rim body 1 by the insert molding technique. The upper surface of the soldering portion 32 is substantially coplanar with the upper surface of the insulative housing 1; a circuit board 4' includes the main body portion 41 and the abutting portion 42' extending from the main body portion 42. The upper surface of 42 is provided with USB2.0 gold finger contact pads 43 arranged in a row, and is in contact with 2 〇 gold fingers. A plurality of accommodating holes 44 corresponding to the interference block 11 of the insulating body 1 are disposed at the rear of the 43, and the circuit board soldering portions corresponding to the soldering portions 32 of the fixing piece 3 are respectively disposed on both sides of the lower surface of the board abutting portion 42 45, a plurality of circuit board soldering portions 45' corresponding to the soldering portion 2 soldering portions 23 are disposed behind the plurality of receiving holes 44, so that the insulating body 1 can pass through the fixing portion 3 the soldering portion 32 and the elastic arm conductive terminal 2 soldering portion 8 M436245 23 is soldered and fixed on the circuit board 4. At this time, the limiting portion 13 of the insulating body i is abutted against the front edge of the circuit board 4. In addition, the main body portion 41 of the circuit board 4 is stored. The chip 46' is electrically connected to the USB2.0 metal finger connection _43 and the material guide 2 through the circuit in the circuit board 4; the circuit board 4 can be a wafer direct package substrate (COB) or a printed circuit board. a casing 5 is made of a metal material, and the casing 5 is formed by the top surface 51, the bottom surface 52, and the two sides of the connecting top surface 51 and the bottom surface 52, so that the front end is formed— The opening 54' can cover the components on the secret board 1 through the eight-body 5 4 an opening portion 54 and the mating circuit board 42 and the contact Sook square Goldfinger 43, elastic arms forming a conductive terminal 2 USB3.0 meet specifications electrical connector. As can be seen from the above description, the thin card connector (9) can be applied to an electronic device to conform to the specifications and transmission speed of the USB3G. The detailed description above is a detailed description of one of the possible embodiments of the present invention, but the embodiment is not a patent of the present invention. Any equivalent implementation or modification without departing from the spirit of the art should be included in Within the scope of the nuclear patent. The right to the creation of this creation should be as described in the scope of the patent application described later. [Simple description of the figure] The first figure is a schematic exploded view of the creation thin card connector (9). f is a schematic diagram of another 1 degree exploded structure of the creative material connector (9). 9 The third figure is a schematic diagram of the three-dimensional combination structure of the creative thin card connector (9). The fourth figure is a schematic exploded view of the thin card connector (9) welded to the f sub-device. The fifth figure is a schematic perspective view of the three-dimensional exploded structure of the creative thin card connector (9) soldered to the electronic device. The sixth figure is a schematic diagram of the vertical structure of the creative thin card connector (9) connected to the electronic device circuit board. The seventh picture shows the three-dimensional structure of the thin card connection! 1 (9) after soldering to the electronic I. [Main component symbol description] 1 Insulating body 11 interference bar 12 accommodating groove 13 limiting portion 14 fixing piece accommodating portion 2 elastic arm conductive terminal 21 fixing portion 22 contact portion 23 welding portion 3 fixing piece 31 insertion portion 32 welding portion M436245 4 circuit board 41 body portion 42 butt portion 43 2.0 gold finger contact pad 44 receiving hole 45 circuit board soldering portion 46 storage wafer 5 housing 51 top surface 52 bottom surface 53 side 54 opening
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