M428535 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種薄卡連接器(六)及具有薄卡連接器(六) 之電子裝置’特別是指-種於保護薄卡連接器端子避免因對插 而損壞，同時可加快電子裝置之傳輸迷率。 【先前技術】 fk著人們對於電子產品便捷細需求的日趨明顯，進而引 • 起各廠_持續關注’由於各廠商為了提高電子產品的競爭 力’因此必須不斷加強及擴充電子產品之功能，因此各式電子 產品除了朝向輕薄短小之外型外，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。 由於電連接於連接電子產品間或t子產品内各元 件之間的訊號傳輸，因此電連接器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於製造時易於組袋，降低組 # 冑成本’同時又能兼顧電連接器之功效，已成為各廠商間相繼 競爭之處。 於電子連接器中，於USB連接器亦有最大之突破， (Universal Serial Bus)通用串列匯流排，是連接外部設備 的個串列匯流排標準’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與電腦連結，USB不僅可提供周邊設備資料傳輸，還 _即㈣躲更可使可攜式設備直接交 3 M428535 換數據》 腦從-開始之初為USBU規格其傳輸速度為 !.5腸’而於溯年推出刪.G規格，傳輸速度則提升到 12Mb/s’而此規格以_泛_於電子產品巾，而目前最新推 出之USB3.0規格則更將傳輸速度提升到5 〇Gb/s，其是聰2 〇 規格的iG倍以上、於速度較以往提昇許多，因此已經成為 各廠商未來推廣之產品。 因此，在聰3,0規格產品未㈣期之敎下，如何將 湖3.0產品達㈣造之目的，以為各廠絲需克服之 問題。 請參閱中華民國新型專利公告第M357062號專利係揭露 -種刪·0規格之電雜器，該料接器包含有本體、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 第-端子及第二端子之第—插槽及第二插槽，並透過隔板將第 -插槽及第二插槽區隔，該第—端子係插賴辦第一插槽 中’其_接觸部_第二簡f折，使得第—端子前端略呈 - U字型；第二端子_設固定於第二插槽中，其前端亦彎 折設有彈性接_並容置於第二插射，該第—端子及第二端 子後端則分·折設有—焊接部並穿設定件巾，以透過固 定件將焊接部峡於本體上，於本體_罩合蚊-殼體；當 相對應之連接H插設連_，其第—端子前端_部及第二端 子彈性接觸酬可與之接觸連接，進喊到傳輸目的。 4 M428535 然而，由於該電連接器元件過多，其組裝過程複雜，使得 電連接器於組裝過財因人為因素造成產品品質不良之情況 發生’實有必要克服。 繼續’請參閱中華民國新型專利公告第M4〇3771號專利， 其係揭露-種電子卡’其中，單點預壓之元件所造成之缺失於 使用者使用時容易被人為日常使用破壞，則本創作之結構係變 更為雙邊碰（端子為τ型外觀），職邊均簡往轉底座， • 如此一來，使用者施力於雙邊，則可形成分散破壞力，增加接 觸端子的使用壽命。 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t旨潛心研究後，終於成功 研發70成本件薄卡連接器(六)及具有薄卡連接器(六)之電子裳 • 置。 ^ 【新型内容】 本創作之目的係提供一種透過電路板上之2.0金手指接觸 塾及彈臂導電端子相互連接設置，達到簡化製造、組裝結構同 時提高傳輸速度之薄卡連接器。 本創作之另一目的係提供一種電路板具有2‘0金手指接觸 墊及彈臂導電端子，提供簡化製造、組裝結構同時提高傳輸迷 度之溥卡連接器之電子敦置。 ' 5 M428535 為了達此—目的，本創作係包含有電路板、設置於電路板 上之絕緣本體及固定於絕緣本體上之彈臂導電端子，其中，該 f触上係設有與電路板電性連接之2.G金手指接觸墊，2.0 番2接後相另設有絕緣本體容置槽，並於絕緣本體容 以方底。卩&有魏板焊接部；彈料電端子，係包含有固 1 於絕緣本體上之固定部及自略部兩端延伸之接觸部及煤 部：二:觸部係外露於絕緣本體上’絕緣本體則自電路板底 ^曰k於絕緣本體容置射，使得焊接部焊接狀於電路 焊接社此畴臂導電端子之接卿斜露於f路板上表 面’透過2.0金手指接·及彈臂導電端子之相互配合設置， 係供與對接連接器相互對接。 子f 似—目的，摘___六)之電 片，、可魏板上並與薄卡連姑⑻之儲存晶 二I::本體及將本體罩覆之遮蔽件，其中該本體 將:體罩Γ:之電路板及電路板上之元件’同時透過遮蔽件 ，本體罩覆’雜件前端與電路板形成—對接σ，供電 =:Γ接使用，透過薄卡連接器(六)提高電繼之 儲存晶片傳輸速度。 【實施方式】 懂，上，和其他目的、特徵和優點能更明顯易 下。、+ &佳實施例’並配合所_式，作詳細說明如 6 M428535 ”月參閱第一圖至第四圖所示，為本創作所提供之薄卡連接 :°(、）之立體刀解、組合結構示意圖；本創作薄卡連接器（六） 包含有電路板、由電路板下方朝電路板上方方向組裝之絕緣本 體、固定於絕緣本體上之彈料電端子； 該電路板1包含有主體部u，及自主體部u向前延伸之 對接WU2 ’所鱗接部12表面上設有與電路板丨電性連接之 2.0金手指接娜13，該2 G金手指接觸墊㈣排列設置為一 排，2.0金手指接觸塾13後端則設有絕緣本體容置槽μ，該 邑緣本體今置槽Η係為複數個穿孔結構，藉以供絕緣本體2 排列插设，而電路板1底面則設有電路板悍接部15，具體而 5 ’電路板焊接部15係位於絕緣本體容置槽⑷麦方設置，因 ^ 2.0金手指接触13係位於電路板丨表面，而電路板焊接 部15則為於電路板！底面；射上述之2 〇金手指接觸塾u 可由電路板1上之金手指所構成； 該絕緣本體2係為塑膠材質所製成，並於其上分別凸出排 歹k有複數定位部21 ’定位部η上則設有彈臂導電端子容置 槽22，該彈臂導電端子容置槽a係由定位部21上連通至絕 緣本體2後方，提供彈臂導電端子3自絕緣本體2後方插設， 定位部2i之彈臂導電端子容 η周_另突出設有導引部 23 ’供對接連接器插設使用時之導引定位，更可以避免彈臂導 電端子3於對接連接器之插設過程中造成擠壓變形； 該彈#導電^子3包含有固定於絕緣本體2彈臂導電端子 7 M428535 容置槽22之峡部31及自_部31兩端延伸之接觸部％及 谭接部33，該接觸部32係外露於絕緣本體2定位部2!上， 而焊接部33則外露於絕緣本體2外，上述之彈臂導電端子3 接觸部32係設置於絕緣本體2定位部21上方並形成一間距， 使得彈臂導電端子3接觸部32產生_定之彈性，焊接部μ則 延伸至絕緣本體2外並可供焊接固定於電路板焊接部15上， 透過2.G金指接糖13及彈料電端子3之接獅與對 接連接盗電性連接。 其中上述之2.0金手指接觸墊13及彈臂導電端子3之排 列係付& USB3.G之傳輸標準，2.0金手指接觸^1 13及彈臂導 電端子3之端子接觸部32係排列成兩排，其中2〇金手指接 觸墊13排佈於前排，彈臂導電端子3之端子接觸部32則排佈 於後排。 當彈臂導電端子4插設固定於絕緣本體2後，絕緣本體2 係由電路板1底面朝表面方向插設，使得絕緣本體2定位部 21得以插設於電路板丨之絕緣本體容置槽14中，此時，定位 部21則會凸設於電路板丨表面，而彈臂導電端子3之焊接部 33則可與電路板i之電路板焊接部15相互固定，據此組成薄 卡連接器。 本創作電路板1上係設有絕緣本體容置槽14 ’且絕緣本 體容置槽14係為複數個穿孔結構，據此得以提高絕緣本體容 置槽14之結構強度，且可將絕緣本體2穩固定位，此外，由 8 M428535 於2.0金手指接觸墊13及彈臂導電端子3之排列係符合 USB3.0之傳輸標準，因此可提高數位資料之傳輸速度。 又上述之電路板1為一晶片直接封裝基板(COB)或印刷電 路板基板。且複數彈臂導電端子3之焊接部33係可透過表面 黏著技術(Surface Mount Technology，簡稱SMT焊接於該電路 板焊接部14上。 請參閱第五圖及第六圖所示，為本創作具有薄卡連接器 (六)之電子裝置之立體分解及組合結構示意圖；本創作具有薄 卡連接器(六)之電子裝置包含有設置於電路板丨上之儲存晶片 4，可容置電路板丨之本體5及將本體5罩覆之遮蔽件6，其 中該本體5係容置如前所述之電路板i及電路板i上之元件， 同時透過遮蔽件6將本體5罩覆，遮蔽件6前端與電路板工形 成-對接口 6卜供電子裝置與對接連接謂接使用，透過薄 卡連接器(六)提高電子裝置之儲存晶片傳輸速度。 上列詳細說明係針對本創作之一可行實施例之具體說 月’!·隹対施例並義以限制本創作之專利細，凡未脫離本 創作技藝精神所為之等效實施或變更，均應包含於本案之專利 範圍中。本創作之權利保護範圍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㈥之立體分解結構示意圖。 第二圖為糊作料連姑㈥之彈料電端子與絕緣本體 9 組合後與魏板之分解示意圖。 分解 結構示意圖。 接外、)之電子裝置之立體M428535 V. New description: [New technical field] This is a thin card connector (6) and an electronic device with a thin card connector (6). In particular, it is used to protect the thin card connector terminals. Avoid damage due to plugging, and at the same time speed up the transmission of electronic devices. [Previous technology] fk people are increasingly demanding the convenience and convenience of electronic products, and then they have to continue to pay attention to the 'competitiveness of various manufacturers in order to improve the competitiveness of electronic products', so it is necessary to continuously strengthen and expand the functions of electronic products. In addition to being light, thin and short, all kinds of electronic products need to be continuously increased in structure and transmission speed, so as to improve the convenience of the user in operation and use. Because of the electrical connection between the electronic products or the transmission of signals between the components in the t-sub-product, the importance of the electrical connector on the electronic product is beyond words. 'How can manufacturers easily assemble the electrical connector when manufacturing? Reducing the group #胄cost' while at the same time taking into account the effectiveness of the electrical connector has become a competition among manufacturers. In the electronic connector, the USB connector also has the biggest breakthrough. The (Universal Serial Bus) universal serial bus is a serial bus standard for connecting external devices. It is widely used on computers and is the most common specification. It can also be used in set-top boxes and game consoles. Even many industrial instruments are connected to the computer via USB. USB can not only provide peripheral device data transmission, but also (4) hide and allow portable devices to directly transfer 3 M428535 data. "From the beginning of the brain - the USBU specification has a transmission speed of !.5 intestines' and in the retrospective year, the .G specification was introduced, and the transmission speed was increased to 12Mb/s'. This specification is _ pan__ in electronic products, At present, the latest USB3.0 specification will increase the transmission speed to 5 〇Gb/s, which is more than iG times of the Cong 2 〇 specification, and has a much higher speed than before. Therefore, it has become a product promoted by various manufacturers in the future. Therefore, under the circumstance of the (4) period of Cong 3,0 specification products, how to make the Lake 3.0 products reach the purpose of (4), and think that the problems of each factory should be overcome. Please refer to the Republic of China New Patent Publication No. M357062, which discloses an electric miscellaneous device of the type 0, which includes a body, a first terminal, a second terminal, a casing and a fixing member; The first slot and the second slot are respectively disposed to receive the first terminal and the second terminal, and the first slot and the second slot are separated by the spacer, and the first terminal is inserted into the first slot The first terminal of the first terminal is slightly U-shaped; the second terminal _ is fixed in the second slot, and the front end is also bent and provided with elastic connection. _ 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容The cover mosquito net-shell; when the corresponding connection H is inserted, the first terminal front portion and the second terminal elastic contact can be contacted and connected to the transmission destination. 4 M428535 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 be assembled due to human factors caused by human factors. Continue to 'Please refer to the Republic of China New Patent Announcement No. M4〇3771, which discloses an electronic card' in which the loss caused by the single-point pre-compressed component is easily destroyed by the user during daily use. The structure of the creation is changed to a bilateral touch (the terminal is a τ-type appearance), and the front side is simply turned to the base. • As a result, the user exerts a force on the bilateral side to form a destructive force and increase the service life of the contact terminal. It can be seen that there are still many shortcomings in the above-mentioned conventional electrical connectors, which are not a good designer's and need to be improved. In view of the shortcomings derived from the above-mentioned conventional electrical connectors, the creators of this case have improved and innovated, and after years of painstaking research, they finally succeeded in researching and developing 70 cost-effective thin-card connectors (6) and The thin card connector (6) is electronically set. ^ [New Content] The purpose of this creation is to provide a thin card connector that is designed to simplify the manufacturing and assembly structure and increase the transmission speed by connecting the 2.0 gold finger contact 电路 and the elastic arm conductive terminals on the circuit board. Another object of the present invention is to provide a circuit board having a 2'0 gold finger contact pad and a spring arm conductive terminal, which provides an electronic shackle for a Leica connector that simplifies manufacturing, assembly, and transmission. 5 M428535 In order to achieve this, the present invention comprises a circuit board, an insulating body disposed on the circuit board, and a resilient arm conductive terminal fixed on the insulating body, wherein the f-contact is electrically connected to the circuit board The 2.G gold finger contact pad of the sexual connection, the 2.0 body 2 is connected with the insulating body receiving groove, and the square body is accommodated in the insulating body.卩& has a Wei plate welding part; the elastic material terminal comprises a fixing portion which is fixed on the insulating body and a contact portion and a coal portion extending from both ends of the abutting portion: 2: the contact portion is exposed on the insulating body 'Insulating body is placed in the insulating body from the bottom of the circuit board, so that the soldering part is soldered to the circuit soldering society. The contact of the arm of the domain arm is exposed on the surface of the f-board. And the mutual arrangement of the elastic arm conductive terminals is for interfacing with the docking connector. The sub-f-like-purpose, picking ___6) of the electric piece, the Wei-Board and the thin card Liangu (8) storage crystal II:: the body and the cover of the body cover, wherein the body will: Body cover: The circuit board and the components on the circuit board 'at the same time through the shielding member, the body cover is covered with 'the front end of the miscellaneous parts and the circuit board is formed — docking σ, power supply =: Γ connection, through the thin card connector (six) The electricity then stores the wafer transfer speed. [Embodiment] The understanding, the above, and other purposes, features and advantages can be more obvious and easy. , + & good example 'with the formula _, for a detailed description such as 6 M428535 ” month see the first figure to the fourth picture, the thin card connection provided for the creation: ° (,) three-dimensional knife The simplified thin card connector (6) comprises a circuit board, an insulating body assembled from the lower side of the circuit board toward the upper side of the circuit board, and an elastic electrical terminal fixed on the insulating body; the circuit board 1 comprises The main body portion u and the butt joint WU2 of the front portion extending from the main body portion u are provided with a 2.0 gold finger connection 13 electrically connected to the circuit board, and the 2 G gold finger contact pad (four) is arranged. Set in a row, the 2.0 gold finger contact 塾 13 rear end is provided with an insulating body accommodating groove μ, and the rim body is a plurality of perforated structures, so that the insulating body 2 is arranged and inserted, and the circuit board 1 The bottom surface is provided with a circuit board splicing portion 15, and specifically, the 5' circuit board soldering portion 15 is disposed in the insulating body accommodating groove (4), because the ^2.0 gold finger contact 13 is located on the surface of the circuit board, and the circuit board The soldering portion 15 is on the circuit board! 2 The gold finger contact 塾u can be composed of a gold finger on the circuit board 1; the insulating body 2 is made of a plastic material, and the sputum k is respectively protruded thereon to have a plurality of positioning portions 21 'position portion η The elastic arm conductive terminal accommodating groove 22 is provided. The elastic arm conductive terminal accommodating groove a is connected to the rear of the insulating body 2 by the positioning portion 21, and the elastic arm conductive terminal 3 is inserted from the rear of the insulating body 2, and the positioning portion is disposed. 2i's elastic arm conductive terminal capacity η circumference _ another protruding guide portion 23' is provided for guiding and positioning when the docking connector is inserted, and the elastic arm conductive terminal 3 is prevented from being inserted during the insertion process of the docking connector The squeezing deformation includes a contact portion % and a splicing portion 33 which are fixed to the accommodating groove 22 of the elastic body terminal 7 M428535 of the insulating body 2 and the contact portion % extending from both ends of the _ portion 31. The contact portion 32 is exposed on the positioning portion 2! of the insulative housing 2, and the soldering portion 33 is exposed outside the insulative housing 2, and the contact portion 32 of the elastic arm terminal 3 is disposed above the positioning portion 21 of the insulative housing 2 and forms a The spacing, so that the contact portion 32 of the elastic arm conductive terminal 3 is generated The soldering portion μ extends to the outside of the insulative housing 2 and is solderable to the soldering portion 15 of the circuit board. The lion and the mating connection of the 2.G gold finger-joined sugar 13 and the elastic electrical terminal 3 are electrically connected. The arrangement of the above-mentioned 2.0 gold finger contact pad 13 and the elastic arm conductive terminal 3 is the transmission standard of USB < USB3.G, the contact position of the 2.0 gold finger contact ^1 13 and the elastic contact terminal 3 of the elastic arm is arranged in two. Rows, wherein 2 〇 gold finger contact pads 13 are arranged in the front row, and the terminal contact portions 32 of the elastic arm conductive terminals 3 are arranged in the rear row. When the elastic arm conductive terminals 4 are inserted and fixed to the insulating body 2, the insulating body 2 is inserted from the bottom surface of the circuit board 1 toward the surface, so that the positioning portion 21 of the insulative housing 2 can be inserted into the insulating body receiving groove 14 of the circuit board, and the positioning portion 21 is protruded from the circuit board. The surface, and the soldering portion 33 of the elastic arm conductive terminal 3 can be fixed to the circuit board soldering portion 15 of the circuit board i, thereby forming a thin card connector. The insulating circuit board 1 is provided with an insulating body receiving groove 14', and the insulating body receiving groove 14 is a plurality of perforated structures, thereby improving the structural strength of the insulating body receiving groove 14, and the insulating body 2 can be The fixed position is fixed. In addition, the arrangement of the 8 M428535 on the 2.0 gold finger contact pad 13 and the elastic arm conductive terminal 3 conforms to the USB 3.0 transmission standard, thereby improving the transmission speed of the digital data. Further, the above-mentioned circuit board 1 is a wafer direct package substrate (COB) or a printed circuit board substrate. And the soldering portion 33 of the plurality of elastic arm conductive terminals 3 is permeable to surface soldering technology (SMT soldering to the circuit board soldering portion 14 for short). Please refer to the fifth and sixth figures for the creation. The three-dimensional decomposition and combined structure diagram of the electronic device of the thin card connector (6); the electronic device with the thin card connector (6) of the present invention comprises a storage chip 4 disposed on the circuit board, which can accommodate the circuit board. The body 5 and the shielding member 6 covering the body 5, wherein the body 5 houses the components on the circuit board i and the circuit board i as described above, and covers the body 5 through the shielding member 6, the shielding member 6 The front end is formed with the circuit board - the interface 6 is used for the electronic device and the docking connection, and the storage speed of the storage device of the electronic device is improved through the thin card connector (6). The detailed description above is feasible for one of the creations. The specific examples of the embodiments of the present invention are intended to limit the scope of the patents of the present invention. Any equivalent implementations or changes that are not departing from the spirit of the creative art should be included in the scope of the patent in this case. The scope of protection of rights should be as described in the scope of application of the patents described below. [Simplified description of the drawings] The first figure shows the three-dimensional exploded structure of the thin card connector (6). The second picture shows the elastic electrical terminals of the paste (June) Schematic diagram of the decomposition of the board after the combination with the insulating body 9. Decomposition structure diagram.
第六圖為本創作具有薄 結構示意圖。 卡連接器（六)之電子裝置之立體 組合 【主要元件符號說明】 1電路板 11主體部The sixth picture is a schematic diagram of the creation of a thin structure. Three-dimensional combination of electronic devices of card connector (6) [Description of main components] 1 circuit board 11 main body
12對接部 13 2.0金手指接觸墊 Η絕緣本體容置槽 15電路板焊接部 2絕緣本體 21定位部 22彈臂導電端子容置槽 23導引部 3彈臂導電端子 31固定部 32接觸部 10 M428535 33焊接部 4儲存晶片 5本體 6遮蔽件 61對接口12 docking portion 13 2.0 gold finger contact pad insulating body accommodating groove 15 circuit board soldering portion 2 insulating body 21 positioning portion 22 elastic arm conductive terminal accommodating groove 23 guiding portion 3 elastic arm conductive terminal 31 fixing portion 32 contact portion 10 M428535 33 soldering part 4 storage wafer 5 body 6 shielding member 61 pair interface