200803073 九、發明說明： 【發明所屬之技術領域】 本發明有關-種記憶卡及其組合，尤指—種單邊共同設有 一 USB介面及一讀寫介面之記憶卡及其組合。 【先前技術】 & ’現今電子卡常用於電腦、電子字典等方面，以擴充記 憶體、網路卡、數據機、SCSI設備（如高容量硬碟、掃描器）。 目前電子卡除了 PCMCIA記針赋外，纽尚有 (Multi Media Card )、CF ( Compact Flash Card )、SMC ( Smart200803073 IX. Description of the Invention: [Technical Field] The present invention relates to a memory card and a combination thereof, and more particularly to a memory card having a USB interface and a read/write interface and a combination thereof. [Prior Art] & ' Today's electronic cards are commonly used in computers, electronic dictionaries, etc. to expand memory, network cards, modems, SCSI devices (such as high-capacity hard drives, scanners). At present, in addition to PCMCIA, the electronic card has a Multi Media Card, CF (Compact Flash Card), and SMC (Smart).
Media Card ) ^ MS ( Memory Stick ) ^ SD ( Secure Digital Memory Card)記憶卡等規格，以應用於掌上型電腦（pDA)、掌上型 電子字典及數位相機等產品。 惟各種記憶卡大多只具備單一種規格介面，而無法適用於 廣泛應用的USB規格連接介面。雖然目前已有如第丄圖所示 之特定雙介面記憶卡（9 0 )，在一端直接設置USB介面（9 1) ’供插配於電子設備（9 2 )之USB插座（9 3 )中。而 另-端則設置- SD介面（9 4 )，以插接相同規格之插卡連 接器。 但是雙介面記憶卡（9 〇 )於頻繁插卡及退卡操作時，使 用者手指會抓握接觸到一端USB介面（9 X )或另—端SD "面（9 4 )。於插卡使用時，被抓握之介面處於外露狀態， 200803073 以致容易受損。 除此之外，該雙介面記憶卡（9 〇)外形長寬等尺寸係遠 大於介面（9 1 )，峨雙介祕針⑺（3)極大部份 體積露出於USB插座（9 3 )夕卜，而佔科側其他連接蜂空 間’甚至造雜礙影響插卡’並且容易碰撞受損，造成使用者 困擾。 【發明内容】 本發明之目的即在提供一種記憶卡及其組合，主要單邊共 同設有- USB介φ及—讀寫介面，於插卡使驗態時兩介面 不會外露，避免使用者手指抓握及外力碰觸損壞介面。記憶卡 能夠選擇以USB介面插配USB插座，供進行存取資料；亦可 選擇以讀寫介面插接一相同規格之讀寫介面插座。而記憶卡及 讀寫介面更可選擇插置一轉接卡，以轉成邠卡、【卡或其他 記憶卡型式，供進行插卡存取讀寫資料，符合多用途實際使用 需要。 為達上揭目的，本發明記憶卡具有一第一端及一相對第二 端，該記憶卡之第一端配合USB插座之插接口；於接近該第 一端位置設有一第一介面及一第二介面，該第一介面係USB 介面，第二介面係該記憶卡之讀寫介面；其中該第一介面之 複數接觸接點與該第二介面之複數接觸接點彼此共同併排排 列，以及彼此互相交錯分佈。 200803073 於較佳實施财’前SB細之複雛職點係橫向排 列成—排’該讀寫介面之複數_接_勒交錯排列成兩 排。 杰較佳實施例中’該讀寫介面共用該USB介面之電源接 觸接點或（及）接地接觸接點。 又’本發明記憶核合—轉接卡，鋪接切成另一種 。己U卡外型’以及具有_插卡槽，供該記憶卡及其讀寫介面 插置於該插卡槽内，以轉接成該另—種記憶卡之讀寫介面。 【實施方式】 有關本發明為達成上述目的，所採用之技術手段及其功 放，餘舉出可行實施例，並且配合圖面說明如下： 首先，請參閱第2、3圖，本發明較佳實施例設成一長形 记fe卡（1 〇 )，其内部含有相關記憶體及晶片組。該記憶卡 (1 0)於接近其中一端共同設有一第一介面及一第二介面， 。亥第-介面係USB介面（1 3 )，第二介面係該記憶卡（丄〇 ) 之頃寫介面（1 4)，使記憶卡（1 〇)可選擇以USB介面（工 3)插接於一般電子設備之USB插座（圖面未繪示）；亦可選 擇Μ讀寫介面（1 4 )直接插接一與其對應相同規格之讀寫介 面插座（圖面未繪示）。 於第2、3圖所示之記憶卡（1 〇 )設成雙介面長形主體， 具有—第—端（1 1)及-相對第二端（1 2)，而第-端（1 200803073 1 )與第二端（1 2 )可設成相近或相同橫寬斷面，使第一端 (1 1 )配合USB插座之插接口尺寸。如第3圖所示該記憶 卡（10)於接近第一端（11)之底面（16)位置電性連 接设有该USB介面（1 3 )，以配合電子設備USB插座（圖 面未繪示），其具有相隔排列之一電源接觸接點q 3 1)、一 接地接觸接點（1 3 2 )及兩資料傳輪接點（133)、（13 4 ) ’並且記憶卡（1 〇 )之第一端（丄丄）橫寬係配合USB 插座之插接口寬度，供進行插接存取資料。 貝際插卡及退卡操作時，以手指抓握第二端（12 )，將 6己fe卡（1 〇 )由第一端（1 1 )插入接合電子設備之 插座h ’其第二端（1 2)露出於外，但是其外露體積、長度 及寬度皆遠小於-般雙介面記針規格，而且其寬度相近於 USB插座之插接口形狀，以避免佔用其他連接琿空間，方便 插卡使用’並且第二端（12)沒有設計介面，減少外力碰撞 受損機率。 於第3圖所示之實施例中，記憶卡（工〇)於接近第一端 (1 1 )之底面（1 6 )位置電性連接設有該讀寫介面（i 4 )， 其具有複數相隔排列之接觸接點（i 4 i )，同時讀寫介面（工 4 )之複數接觸接點（1 4 1)係與USB介面（i 3 )之電 源接觸接點（1 3 1 )、接地翻接點（i 3 2 )及資料傳輸 接點（133)、（134)彼此相隔共同併排排列（參閱第3 200803073 兩排 圖），以及彼此互相交錯分佈。除此之彳，亦可如第4圖所示， 將腦介面（i 3 )之複數接點橫向排列成—排，而讀寫介 面（14)之複數接觸接點（i 4丄）係橫向交錯相隔排列成 上似fe卡（1 〇 )之讀寫介面（丨4 )除了具有複數接 觸接點（1 4 1)之外，亦可共同使用該USB介面（工3 ) 其中至少-接觸接點，例如介面（i 3 )之電源接觸接 點（131)作為讀寫介面（丄4)之電源接觸接點；或將 USB介® ( χ 3 )之接地接觸接點（丄3 2 )作為讀寫介面 (1 4 )之接地接觸接點。除此之外，更可同時使用USB介 面（1 3 )之電源接觸接點（丄3）及接地接觸接點（工3 2 ) ’亦即電源接觸接點（丄3 i)及接地接觸接點（丄3 2) 同日守作為％寫接面（1 4 )所須之電源及接地接觸接點。使記 十思卡（1 Q )之第一端（1 1 )可選擇以讀寫介面（1 4 )及 複數接觸接點（14 1 )，或者更同時配合電源接觸接點（1 3 1)或（及）接地接觸接點（1 3 2 )，以插接一與其相同 規格之讀寫介面插座。 於第2圖所示之記憶卡（1 〇 )結構中，該第一端（1 1 ) 具有一凸階部（1 7 )，以構成記憶卡（1 〇 )之頂面（1 5 )， 亚且凸階部（1 7 )延伸至第二端（1 2 )，使第一端（1 1 ) 之橫寬及厚度能夠配合相對應之插座。 200803073 ο)=卜=\及6圖所示之較佳實施例中，該記憶卡（i ^ 接置入一轉接卡（2 0)内，以轉接成另 憶卡型式及其規格介° 連接器。如第5至80所t _之既有對應插卡 卡π π二 轉接卡(2 〇)結構中，該轉接 χ °亥另一種記憶卡規格之長寬尺寸形狀及厚度， 其具有兩相對第-端（23)及第二端（24)，並且由第二 ^ 24 )之中_口朝向第—端（2 3 )延伸_配合該記憶 卡（1 〇 )之插卡槽（2 5 )，於插卡槽（2 5 )末段設有複 數成排導轉片（2 6 )，以對應該記憶卡（1 〇 )之讀寫介 面（14)複數接觸接點（141)(參閱第3圖），或者更 同時配合對應USB介面（1 3 )之電源接觸接點（丄3工） 或（及）接地接觸接點（i 3 2 )。而轉接卡（2 〇 )於第一 端（2 3)底面設有與該另一種記憶卡規格相同讀寫介面形狀 配置之複數成排片狀導電接點（2 7 )(參閱第7圖），同時 其與成排袓數導電彈片（2 6)分別對應電性連接，或者彼此 間經由電路板（2 8)電性連接。於第5圖所示之較佳實施例 中，該轉接卡（2 0)可設成一般記憶卡規格中之sd記憶卡 型式，或者是其他記憶卡型式。而第9、1〇圖所示之記憶卡 (1 0 )可配合插接一MS轉接卡（2 0 1 )，以構成ms記 憶卡型式。 本貫施例5己^思卡（1 0 )配合轉接卡（2 0 )使用時，如 8 200803073 第3圖及第5至8圖所示，該記憶卡（10)藉由苐一端（工 1)插入定位於轉接卡（2 Q)之插卡槽（2 5)中而 fe卡（10)讀寫介面（2 4)之複數接觸接點Q仏）， (1 3 1)或（及）接地接觸接 ‘，，、（1 3 2 )，經由轉接卡（2 〇 )之成顺數導電彈片（2 6 ) ’以分卿應紐連細賴數導電無（2 7 ) 成該另一種記憶卡規格介面（如圖示SD記憶卡），供縣」 般電子設備之對應SD插卡連接器。 於=實_巾，該繼（2_—麵本體⑵） 於w兩間者構成該插卡槽（25)，並且 ^ 1 n與第—端（12)之頂面凸階部（17)， 仏方便引導插入抽取該記憶卡（1〇)。 導電3 2圖所( 2 〇 )結構中，其成排複數 6 )之分佈見度小於成排片狀複數導電接點（2 7)，各導電彈片（26)分別具有—端斜翹接觸部（26ι) ΙΓιΤΓΓ^ 3)m(痛3圖），或者同時包括對應咖介面（1 2 ^ 接卡(:〇¥)電6二—端分別對應電性連接該轉 之排復數導電接點（2 7 )，以轉接成為該另 200803073 一種記憶卡型式及其讀寫介面規格。 本發明記憶卡主要單邊共同設有一 USB介面及一讀寫介 面’於插卡使聰態時兩介面不會外露，避免使用者手指抓握 及外力碰難壞介面。記憶卡能觸擇以咖介面插配聰 插座’供進行存取資料：亦可選擇以讀寫介面插接—相同規格 之讀寫介赌座。而記憶卡及讀寫介面更可聊插置一轉接 ^，以轉成SD卡、MS卡或其他記針奴，健行插卡存取 讀寫資料’符合⑼途實際額需要，纽法提出發明專利申 請。 以上所舉實施僅用為方便說明本發明，而並非加以限 制’在不離本發明精神範嘴，熟悉此一行業技藝人士所可作之 各種簡易變化與修飾，均仍應含括於以下中請專利範圍中。 【圖式簡單說明】 =1圖係習用雙介面記憶卡準備插接USB插座之立體圖； 第2圖係本發明較佳實施例記憶卡之立體圖； 第3圖係第2 11記憶卡底面之立體圖； 第4圖係如第3圖記憶卡另—種兩排介面之立體圖； 第5圖係本發输佳實施例記憶卡插置轉接卡之立 第6圖係第5圖轉接卡之立體圖； 且， 第7圖係第6圖轉接卡底面之立體圖； 第8圖係如第6圖轉接卡卸離上蓋之立體圖； 200803073 第9圖係本發明另一實施例記憶卡插置轉接卡之立體圖；以及 第10圖係第9圖轉接卡底面之立體圖。 【主要元件符號說明】 (10)記憶卡 （11)第一端 （12)第二端 (1 3 ) USB介面（1 4 )讀寫介面（1 5 )頂面 (16)底面 （17)凸階部 (131)電源接觸接點（13 2)接地接觸接點 (133)、（134)資料傳輸接點 (21)塑膠本體（2 2)上蓋 (2 4)第二端(25)插卡槽 (2 7 )導電接點（2 8)電路板 (141)接觸接點 (2 0)轉接卡 (2 3 )第一端 (2 6)導電彈片 (2 9)導槽 (2 01)轉接卡（2 61)斜紐接觸部 11Media Card ) ^ MS ( Memory Stick ) ^ SD (Secure Digital Memory Card) memory card and other specifications for use in handheld computers (pDA), handheld electronic dictionaries and digital cameras. However, most of the memory cards only have a single specification interface, and cannot be applied to the widely used USB specification connection interface. Although there is a specific dual interface memory card (90) as shown in the figure, a USB interface (9 1) is directly provided at one end for being inserted into the USB socket (93) of the electronic device (92). On the other end, the SD interface (9 4 ) is set to plug in the card connector of the same specification. However, when the dual interface memory card (9 〇) is frequently inserted and removed, the user's finger will grasp the USB interface (9 X ) or the other end SD " (9 4 ). When the card is used, the interface being grasped is exposed, and 200803073 is easily damaged. In addition, the size and width of the dual-interface memory card (9 〇) are much larger than the interface (9 1 ), and the large part of the double-secret needle (7) (3) is exposed on the USB socket (9 3 ) Bu, while the other connected bee space on the branch side 'even affects the card' and is easily damaged by collision, causing user confusion. SUMMARY OF THE INVENTION The object of the present invention is to provide a memory card and a combination thereof, which are mainly provided with a single USB device and a read/write interface. When the card is inspected, the two interfaces are not exposed, and the user is avoided. Finger grip and external force touch the damaged interface. The memory card can be selected to be plugged into the USB socket with a USB interface for accessing data. Alternatively, the read/write interface can be plugged into a read/write interface socket of the same specification. The memory card and the read/write interface can be optionally inserted into a riser card to be converted into a Leica, [card or other memory card type for card access and reading and writing of data, which is suitable for practical use of multiple purposes. In order to achieve the above, the memory card of the present invention has a first end and a second end. The first end of the memory card is coupled to the plug of the USB socket; and a first interface and a first end are disposed adjacent to the first end. a second interface, the first interface is a USB interface, and the second interface is a read/write interface of the memory card; wherein the plurality of contact contacts of the first interface and the plurality of contact contacts of the second interface are arranged side by side with each other, and They are staggered with each other. 200803073 In the case of the better implementation of the former SB, the re-enactment points are arranged horizontally in a row. The plurals of the read/write interfaces are arranged in two rows. In the preferred embodiment, the read/write interface shares the power contact or (and) ground contact of the USB interface. Further, the memory core of the present invention is used to transfer the card to another type. The U card has a shape and has a card slot for the memory card and its read/write interface to be inserted into the card slot for transfer to the read/write interface of the other memory card. [Embodiment] The present invention has been made in accordance with the technical means and the power amplifier thereof for achieving the above object, and the following is a description of the possible embodiments. First, please refer to Figures 2 and 3 for a preferred embodiment of the present invention. For example, a long-shaped fe card (1 〇) is provided, which contains related memory and chip sets. The memory card (10) is provided with a first interface and a second interface together at one end thereof. The Hi-Interface is a USB interface (1 3), and the second interface is a write interface (1 4) of the memory card (丄〇), so that the memory card (1 〇) can be plugged in by a USB interface (3). The USB socket of the general electronic device (not shown); the read/write interface (1 4 ) can also be directly connected to a read/write interface socket of the same specification (not shown). The memory card (1 〇) shown in Figures 2 and 3 is provided as a double-interface elongated body having a first end (1 1) and a second end (1 2), and a first end (1 200803073) 1) The second end (1 2 ) can be set to be similar or the same horizontal cross section, so that the first end (1 1 ) fits the plug connector size of the USB socket. As shown in FIG. 3, the memory card (10) is electrically connected to the bottom surface (16) of the first end (11) to be electrically connected to the USB interface (1 3 ) to match the USB socket of the electronic device (the picture is not drawn) Shown), which has a power supply contact contact q 3 1), a ground contact contact (1 3 2 ) and two data transfer contacts (133), (13 4 ) ' and a memory card (1 〇) The first end (丄丄) of the width is matched with the width of the plug socket of the USB socket for plugging and accessing data. During the card insertion and card withdrawal operation, the second end (12) is grasped with a finger, and the 6-member fe card (1 〇) is inserted from the first end (1 1 ) into the socket of the electronic device h' (1 2) exposed, but its exposed volume, length and width are much smaller than the general double interface pin specifications, and its width is similar to the shape of the plug socket of the USB socket, to avoid occupying other connection space, easy to insert the card Use 'and the second end (12) has no design interface to reduce the chance of external force collision damage. In the embodiment shown in FIG. 3, the memory card (work) is electrically connected to the bottom surface (16) of the first end (1 1 ) to be provided with the read/write interface (i 4 ) having a plurality of The contact contacts (i 4 i ) are arranged at intervals, and the plurality of contact contacts (1 4 1) of the read/write interface (4) are connected to the power contact (1 3 1 ) of the USB interface (i 3 ) and grounded. The clam point (i 3 2 ) and the data transmission contacts (133) and (134) are arranged side by side with each other (see the third row of 2008030073), and are staggered with each other. In addition, as shown in FIG. 4, the plurality of contacts of the brain interface (i 3 ) are laterally arranged in a row, and the plurality of contact contacts (i 4丄) of the read/write interface (14) are laterally The read/write interface (丨4) arranged in a staggered manner like a fe card (1 〇) can be used in addition to the plurality of contact contacts (1 4 1), wherein the USB interface (Work 3) can be used together, at least - contact Point, for example, the power contact contact (131) of the interface (i 3 ) serves as the power contact contact of the read/write interface (丄4); or the ground contact contact (丄3 2 ) of the USB interface (χ 3 ) Ground contact contact of the read/write interface (1 4 ). In addition, the power contact contact (丄3) and the ground contact contact (3 2) of the USB interface (1 3 ) can be used at the same time. That is, the power contact contact (丄3 i) and the ground contact Point (丄3 2) Same as the power and ground contact contact required to write the junction (1 4). The first end (1 1 ) of the remembering card (1 Q ) can be selected to be a read/write interface (1 4 ) and a plurality of contact contacts (14 1 ), or a power contact contact (1 3 1) Or (and) a ground contact contact (1 3 2) to plug in a read/write interface socket of the same specification. In the memory card (1 〇) structure shown in FIG. 2, the first end (1 1 ) has a convex portion (1 7 ) to constitute a top surface (15) of the memory card (1 ,), The sub-step portion (17) extends to the second end (12) such that the width and thickness of the first end (1 1 ) can match the corresponding socket. 200803073 ο) = 卜 = \ and 6 in the preferred embodiment shown, the memory card (i ^ is inserted into a riser card (20), to transfer to another memory card type and its specifications ° Connector. If the 5th to 80th _ has the corresponding card π π two adapter card (2 〇) structure, the adapter χ ° another memory card specifications of the length and width size and thickness , having two opposite first ends (23) and second ends (24), and extending from the _ mouth of the second ^ 24 ) toward the first end (23) _ cooperating with the insertion of the memory card (1 〇) The card slot (2 5 ) is provided with a plurality of rows of guide vanes (2 6 ) at the end of the card slot (25) to correspond to the read/write interface (14) of the memory card (1). (141) (Refer to Figure 3), or at the same time with the power contact contact (丄3) or (and) ground contact (i 3 2) of the corresponding USB interface (1 3 ). The riser card (2 〇) has a plurality of rows of chip-shaped conductive contacts (2 7 ) on the bottom surface of the first end (23) having the same read/write interface shape configuration as the other memory card (see Figure 7). And at the same time, it is electrically connected to the row of conductive conductive shrapnels (26), or electrically connected to each other via the circuit board (28). In the preferred embodiment shown in Fig. 5, the riser card (20) can be set to the sd memory card type in the general memory card format, or other memory card type. The memory card (10) shown in Figures 9 and 1 can be plugged into a MS riser card (2 0 1) to form a ms memory card type. The present embodiment 5 has a card (1 0) for use with the riser card (20), as shown in Fig. 8 200803073, Fig. 3 and Fig. 5 to Fig. 8, the memory card (10) is terminated by one end ( 1) Insert the card contact slot (2 5) located in the riser card (2 Q) and the complex contact contact Q仏) of the fe card (10) read/write interface (2 4), (1 3 1) or (And) the ground contact is connected to ',,, (1 3 2), through the adapter card (2 〇) into a number of conductive shrapnel (2 6 ) 'to the separation of the number of fine junctions (2 7) Into this other memory card specification interface (such as the SD memory card shown), the corresponding SD card connector for the county-like electronic device. In the = real towel, the second (2_-face body (2)) in the w between the two constitute the card slot (25), and the first end of the first end (12) convex portion (17),仏 It is convenient to guide the insertion and extraction of the memory card (1〇). In the structure of the conductive 3 2 (2 〇) structure, the distribution of the complex number 6) is less than that of the row of sheet-shaped plurality of conductive contacts (27), and each of the conductive elastic pieces (26) has a tip-end tilting contact portion. (26ι) ΙΓιΤΓΓ^ 3)m (pain 3), or at the same time including the corresponding coffee interface (1 2 ^ card (: 〇 ¥) electricity 6 two - end corresponding to the electrical connection of the turn of the plurality of conductive contacts ( 2 7), to transfer to the other 200803073 a memory card type and its read and write interface specifications. The memory card of the present invention is mainly provided with a USB interface and a read/write interface on both sides of the card. It will be exposed, avoiding the user's finger grip and external force touching the interface. The memory card can be used to select the smart interface socket for the user to access the data: you can also choose to read and write the interface - read and write the same specifications The music card and the reading and writing interface can be inserted into an adapter ^ to convert to an SD card, MS card or other needle slaves, and the health card access to read and write data 'conforms (9) the actual amount needed , Newfa filed an invention patent application. The above implementations are only used to facilitate the description of the invention, and Without limitation, the various simple changes and modifications that can be made by those skilled in the art are still included in the scope of the following patents. [Simplified illustration] =1 FIG. 2 is a perspective view of a memory card according to a preferred embodiment of the present invention; FIG. 3 is a perspective view of a bottom surface of the 2nd 11th memory card; FIG. 5 is a perspective view of the two-row interface of the memory card; FIG. 5 is a perspective view of the memory card insertion adapter card of the present embodiment; FIG. Figure 6 is a perspective view of the bottom surface of the adapter card; Figure 8 is a perspective view of the adapter card removed from the upper cover as shown in Figure 6; 200803073 Figure 9 is a perspective view of a memory card insertion adapter card according to another embodiment of the present invention; Figure 10 is a perspective view of the bottom of the adapter card in Figure 9. [Main component symbol description] (10) Memory card (11) First end (12) Second end (1 3) USB interface (1 4 ) Read and write interface ( 1 5) Top surface (16) bottom surface (17) convex step (131) power contact contact (13 2) ground contact (133), (134) data transmission contact (21) plastic body (2 2) upper cover (2 4) second end (25) card slot (2 7) conductive contact (28) circuit board (141) Contact contact (20) riser card (2 3) first end (2 6) conductive shrapnel (2 9) guide groove (2 01) riser card (2 61) oblique contact portion 11