M328126 八、新型說明： 【新型所屬之技術領域】 本創作係關係一種記憶卡轉接器，尤指一種微型記憶 卡轉接通用序列匯流排介面（USB )之微型記憶卡轉接器。 【先前技術】 微型記憶卡係為一種極細小的記憶卡，其主要用於行 動弘活等攜帶式電子產品，以Micr〇SD卡（旧㈣s咖re D响⑴之規格最為普遍，其體積大小約為15難xu職χ 相等於手指甲的大小，時下Micr〇SD卡提供mi 256MB、512MB、1GB和2GB的資料儲存容量。 一般使用微型記憶卡的行動電話如欲與—電腦進行資 因一般電腦均以_用序列匯流排）介面為主 要傳輸，,面’是以，使用者必須藉由該行動電話專用之 傳輸線連接至電腦或是將微型記憶之： 果使用二!型記憶卡轉接器，方能存取資料，如 果使用者顿時隨地與任—電腦_行資 將該傳輸線或微型記憶卡轉接㈣身 μ必要 轉接器均佔有一定空間盥 "淮，傳輪線或 身上。 門與重里’使用者無法方便地攜帶於 【新型内容】 由上述說明可知， 在隨身攜帶上仍有不便 —般微型記憶卡之資料傳 之處。 輪裝置在 M328126 有鑑於此，本創作係提供一種前插式微型記憶卡轉接 為，其輕薄短小而便於隨身攜帶，可繫於一鑰匙圈或繫於 一行動電話。 欲達上述目的所使用之技術手段係令該前插式微型記 憶卡轉接器包含： - 一殼體，係一端作為一連接端且具有一底面，該連接 端形成有一插孔以供一微型記憶卡插入，該底面係形成有 I 一鏤空部； 一電路板，係固設於該鏤空部之周緣，具有一上表面 及下表面，該上表面設有複數彈性金屬接觸片及複數積 體包路70件，各金屬接觸片係呈平行排列且鄰近前述插孔 以對應電乳接觸前述微型記憶卡，各積體電路元件位置較 各金屬接觸片遠離前述插孔，該下表面係露出於殼體之外 :形成有複數USB接點，各_接點係呈平行排列且鄰近 前述，接端，並可對應接觸一 USB插槽之金屬接點。 謇 ϋ由上述構造，使用者可將_微型記憶卡插人該殼體 連接端的插孔，再以該連接端插人-電腦之USB (通用序列 E *排；|面）插槽，岫述電路板即可以其下表面的接 點與该USB插槽的合屬垃卧+ γ ± 、’屬接”、、占電軋接觸，使用者即可從電腦 存取該微型記憶卡。 【實施方式】 請參考第—圖所示’係本創作一較佳實施例之剖視 M328126 一殼體（10)，呈扁平中空狀，於本每 个汽施例中，其 厚度約為2 · 1 mm，該殼體（1 0 ) —端係作為—連接端 ’、 1) ’且該殼體（10)具有一底面（ip、 乙J ，該連接端 (11)形成有一插孔（11 〇)以供一槪型記概卡（工 0 0 )插入，該連接端（1 1 )的厚度（d)約為2M328126 VIII. New Description: [New Technology Field] This creation is related to a memory card adapter, especially a micro memory card adapter with a micro memory card transfer universal serial bus interface (USB). [Prior Art] The micro memory card is a very small memory card, which is mainly used for portable electronic products such as mobile mobilization. The Micr 〇 SD card (the old (four) s coffee re D (1) is the most common size, its size About 15 difficult xu job is equal to the size of fingernails, current Micr〇 SD card provides mi 256MB, 512MB, 1GB and 2GB data storage capacity. Generally use a micro memory card mobile phone if you want to use - computer for resources In general, the computer uses the _sequence bus interface as the main transmission. The face is that the user must connect to the computer through the transmission line dedicated to the mobile phone or the micro memory: If you use the second! type memory card The adapter can only access the data, if the user can use the computer or the micro memory card to transfer the transmission line or the micro memory card (4), the necessary adapters occupy a certain space. Or on the body. Doors and heavy-duty users cannot easily carry them in [New Content] From the above description, it is known that there is still inconvenience in the carry-on-like data transmission of micro-memory cards. Wheel device in M328126 In view of this, this creation provides a front-mounted micro memory card adapter that is light and thin and easy to carry around, can be attached to a key ring or attached to a mobile phone. The technical means for achieving the above purpose is that the front plug type micro memory card adapter comprises: - a casing having one end as a connecting end and having a bottom surface, the connecting end forming a jack for a miniature The memory card is inserted, the bottom surface is formed with a hollow portion; a circuit board is fixed on the periphery of the hollow portion, and has an upper surface and a lower surface, the upper surface is provided with a plurality of elastic metal contact pieces and a plurality of integrated bodies 70 pieces of roads, each of the metal contact pieces are arranged in parallel and adjacent to the jacks to contact the micro-memory card corresponding to the electric milk, and the positions of the integrated circuit components are away from the jacks than the metal contacts, and the lower surface is exposed Outside the housing: a plurality of USB contacts are formed, and each of the contacts is arranged in parallel and adjacent to the foregoing, and is connected to the metal contacts of a USB slot.謇ϋ According to the above configuration, the user can insert the _ micro memory card into the jack of the connection end of the housing, and then plug the human-computer USB (general sequence E* row; | face) slot into the socket. The circuit board can be connected to the USB slot of the USB slot by the contact of the lower surface of the USB slot, and the user can access the micro memory card from the computer. MODES OF THE PREFERRED EMBODIMENT Referring to the first embodiment, a housing (10) of a preferred embodiment of the present invention has a flat hollow shape. In each of the steam embodiments, the thickness is about 2 · 1 Mm, the housing (10) is terminated as a connection end ', 1) ' and the housing (10) has a bottom surface (ip, B, the connection end (11) is formed with a jack (11 〇 ) for insertion of a type of card (work 0 0 ), the thickness (d) of the connection (1 1 ) is about 2
第二圖所示，其寬度（w)約為12· 1mm ;該底面（χ 2 > ^ Y 成有一鏤空部（120);該殼體（1〇)可、隹 μ 可進一步包含 -吊飾孔（13)，該吊飾?L(13)係形成於相對連接 端（1 1 )之一側，以供一線繩穿繫； 一電路板（2 0 )，係固設於該鏤空部（丄2 〇 ) 周緣，具有一上表面（200)及一下表面（2〇1)， 該上表面（2 0 〇 )設有複數彈性金屬接觸片（2丄）及 複數積體電路元件（22)，各金屬接觸片（21)係呈 平行排列且鄰近前述插孔（i 1 〇 )以對應電氣接觸前述 微型記憶卡（1 0 0 )，各積體電路元件（2 2 )位置較 各金屬接觸片（21)遠離前述插孔（11〇)，該下^ 面（201)露出於殼體（10)之外而形成有複數u邡 $點（2 3 )，各USB接點（2 3 )係呈平行排列且鄰近 前述連接端（1 X )，並可對應接觸一標準USB插槽之金 屬接點。 “ 如第二圖及第三圖所示，分別為前述實施例之俯視圖 及仰視圖’於該俯視圖中可見前述殼體之插孔（1 1 〇 ) 與吊飾孔（1 3 );於該仰視圖中可見該殼體（1 〇 )底 面（12)及其鏤空部（12〇)，以及固設於鏤空部（工 6 M328126 2〇)周緣之電路板（20)和其下表面（2〇ι)的USB 接點（2 3 )。 、 請參考第四圖所示，當前述微型記憶卡（1 〇 〇 )插 ^該連接端（11 )之插孔（1 1 0 ) ( ! 〇 ) 經由該連接端（1 1 )播人—電腦之標準USB插槽（3 〇 )， 5亥USB插槽（3 0 )係包含一金屬外殼（3 2 )及一設置 於金屬外殼（3 2 )内部的平台（3丄），該平台（3工） 上形成有複數金屬接點（3 1 0 )，該平台（)與該 金屬外殼（3 2 )之間形成有—容置空間，前述連接端^ 1)即牙置於該容置空間，設置於殼體（1〇)之電路板 上（2 即以其下表面（2 〇 1 )之USB接點（2 3 )與 X平口（ 3 1 )之金屬接點電氣接觸，使用者即可透過電 腦存取插置於殼體（i 〇 )内的微型記憶卡（i 〇 〇 )。 上述構造於外觀上給人輕薄短小之觀感，於未使用 時，可藉由前述吊飾孔（13)將該殼體（1〇)繫於一 鑰匙圈或行動電話上，不僅更方便攜帶，亦有裝飾之效果， 相較於既有之傳輸線或微型記憶卡轉接器，其更具有便利 性。 表 Τ'上所述，本創作係將一電路板設置於一殼體内部， 該殼體一端係形成一可供微型記憶卡置入的插孔，該電路 板下表面鄰近該殼體插孔處形成有複數USB接點，各USB 接點係對應一標準USB插槽之金屬接點，使殼體於該端構 成 USB連接端，因而構成一輕薄短小的前插式微型記憶 卡轉接器。 u M328126 【圖式簡單說明】 第一圖：係本創作一較佳實施例之剖視圖。 第二圖：作一較佳實施例之外觀俯視圖。 第三圖：係本創作一較佳實施例之外觀仰視圖。 第四圖：係本創作一較佳實施例之應用示意圖。 【主要元件符號說明】 (1 0 )殼體 （1 0 0 )微型記憶卡 (1 1 )連接端 （1 1 0 )插孔 (12)底面 （120)鏤空部 (1 3 )吊飾孔 （2 0 )電路板 (21)金屬接觸片 （22)積體電路單元 (2 3 ) USB 接點 （3 0 ) USB 插槽 (31)平台 （310)金屬接點 (3 2 )金屬外殼As shown in the second figure, the width (w) is about 12·1 mm; the bottom surface (χ 2 > ^ Y has a hollow portion (120); the casing (1〇) can be further included a hole (13), the hanging piece L (13) is formed on one side of the opposite connection end (1 1 ) for a thread to pass through; a circuit board (20) is fixed to the hollow portion (丄2 〇) The periphery has an upper surface (200) and a lower surface (2〇1), and the upper surface (20 〇) is provided with a plurality of elastic metal contact pieces (2 turns) and a plurality of integrated circuit components (22 Each of the metal contact pieces (21) is arranged in parallel and adjacent to the aforementioned insertion hole (i 1 〇) to electrically contact the micro memory card (1 0 0 ), and each integrated circuit component (2 2 ) is positioned more than each metal The contact piece (21) is away from the aforementioned insertion hole (11〇), and the lower surface (201) is exposed outside the casing (10) to form a plurality of points (2 3 ), and each USB contact (2 3 ) ) is arranged in parallel and adjacent to the aforementioned connection end (1 X ), and can correspond to a metal contact of a standard USB slot. “As shown in the second and third figures, respectively, the top view of the foregoing embodiment and In the top view, the socket (1 1 〇) and the hanging hole (13) of the aforementioned housing are visible in the top view; the bottom surface (12) of the housing (12) and its hollow portion are visible in the bottom view (12) 〇), and the USB contact (2 3 ) of the circuit board (20) and the lower surface (2〇ι) fixed on the periphery of the hollow part (Working 6 M328126 2〇). Please refer to the fourth figure. When the aforementioned micro memory card (1 〇〇) is inserted into the connector (11) jack (1 1 0 ) (! 〇) via the connection terminal (1 1 ), the standard USB slot of the computer (3 〇) The 5H USB slot (30) includes a metal case (32) and a platform (3丄) disposed inside the metal case (32). The platform (3) has a plurality of metal connections. Point (3 1 0 ), a space is formed between the platform () and the metal casing (32), and the connecting end (1) is placed in the accommodating space and disposed in the casing (1〇) On the circuit board (2, the USB contact (2 3 ) on the lower surface (2 〇 1 ) is in electrical contact with the metal contact of the X flat port ( 3 1 ), and the user can insert it through the computer. Inside the housing (i 〇) Type memory card (i 〇〇). The above structure gives a light, thin and short look in appearance. When not in use, the housing (1) can be attached to a key ring or by the aforementioned hanging hole (13). On the mobile phone, it is not only more convenient to carry, but also has the effect of decoration. Compared with the existing transmission line or micro memory card adapter, it is more convenient. As described above, this creation department will be a circuit board. Provided in a casing, one end of the casing forms a jack for the micro memory card to be inserted, and a plurality of USB contacts are formed on the lower surface of the circuit board adjacent to the casing jack, and each USB contact corresponds to The metal contacts of a standard USB slot allow the housing to form a USB connection at this end, thus forming a thin, short, front-inserted micro memory card adapter. u M328126 [Simple Description of the Drawings] The first drawing is a cross-sectional view of a preferred embodiment of the present invention. Second Figure: A top view of the appearance of a preferred embodiment. Third Figure: A bottom view of a preferred embodiment of the present invention. The fourth figure is a schematic diagram of the application of a preferred embodiment of the present invention. [Main component symbol description] (1 0) Housing (1 0 0) Micro memory card (1 1 ) Connection end (1 1 0 ) Jack (12) Bottom surface (120) Hollow part (1 3 ) Charm hole ( 2 0) Circuit board (21) Metal contact piece (22) Integrated circuit unit (2 3 ) USB contact (3 0 ) USB slot (31) Platform (310) Metal contact (3 2 ) Metal case