M367378 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種具有讀卡機功能的USB傳輸電纜線之 構造，尤指一種使習用之USB傳輸電緵線具有讀卡機功能。 【先前技術】 按，通用串列匯流排（Universal Serial BUS)簡稱USB， 它是Compaq、英代爾、微軟、迪吉多、NEC、ΙβΜ及北方電訊 等主要的電腦科技大廠所研發與規劃出來的。 USB是一種標準的連接介面，統一了各種周邊設備的連 接頭，猶如-個「萬用接頭」’隨著電子、通訊及數位等電子 產品的發展，USB普及性及重要性，不言可喻。 次按，隨著數位化產品的不斷推陳出新，目前市面上已 開發出各種規格及容量的記憶卡，例如SD/T_Flash、M367378 V. New Description: [New Technology Field] This creation is about the construction of a USB transmission cable with a card reader function, especially a USB card transmission cable with a card reader function. [Prior Art] Press, Universal Serial BUS (USB), which is developed and planned by major computer technology companies such as Compaq, Intel, Microsoft, Digito, NEC, ΙβΜ and Northern Telecom. from. USB is a standard connection interface that unifies the connectors of various peripheral devices. It is like a "universal connector". With the development of electronic products such as electronics, communication and digital, USB popularity and importance are self-evident. . After pressing, with the continuous development of digital products, memory cards of various specifications and capacities have been developed on the market, such as SD/T_Flash.
Mini SD、SD、及MS，便是-般通用的儲存記憶卡。既然有 記憶卡的出現’就需要讀卡機作為與電腦主機間的一種介 面，透過《域的USB母減來進行詩傳輸，然而目前 市面上之讀卡機的體積都過於龐大，相較於小小—片的記憶 卡，不僅佔空間且增加使用上的不便。 第一圖所示即為習用之傳輸電纔線（1〇)之立體圖， 依通用協定USB規格之A-Type插頭，其金屬外殼（⑴包覆 成型的厚度（tl)為4.52mm，在金屬外殼（11)所包覆之絕 緣基板U2)的厚度（t2)約為un㈣金屬外殼 (11) 可與㈣（圖未示）電性連接之插槽 (13)。·淮查，習用USB傳輸電缓線（1〇)之插頭（⑻，僅 M367378 具有電性連接用途，經電纜線（14)由另一個USB插頭（16) 與電子產品連接，而無其他功能，殊為可惜。 承上’由於USB傳輸電纜線（1〇)已成為一種3C產品 普遍性的必要元件，且讀卡機亦有其需求，因此思及如何將 兩者結合，為本創作之主要課題。 【新型内容】 緣是，本創作之主要目的，係在提供一種具有讀卡機功 能的USB傳輸電纜線，其巧妙運用USB内部空間，使其在不 改變USB插頭之原有規格及功能的情況下，在USB插頭或傳 輸電窥線上設有 一 Micro SD/T-Flash、Mini SD、SD、MS 卡 之讀卡槽，使得USB傳輸電纜線不僅作為電性連接、資料傳 輸用，更是一個 Micro SD/T-Flash、Mini SD、SD、MS 薄型 讀卡機’具有一物雙用之功效增進。 本創作之又一目的，則是USB傳輸電纜線本身即為一讀 卡機，且沒有習用讀卡機之攜帶及插拔等不方便，只要有用 到USB傳輸電纜線的3C產品，例如：電腦、手機、數位相機、 掌上型電腦、PDA、GPS、MP3/MP4、電動玩具，即具有讀卡機 功能，而勿須另外連接讀卡機，具有節省及使用方便之功效 增進。 本創作之再一目的，除可單獨存取記憶卡之資料外，亦 可經由傳輸電纜線與其它電子產品（手機、數位相機、 MP3/MP4、掌上電腦、GPS、PDA、電動玩具）連接，作為記憶、 儲存、充電、讀取、顯示、資料傳輸等功能。 為達上述目的，本創作所採用之技術手段包含：一符合 通用協定的USB傳輸電境線，其在兩端插頭或是傳輸電 M367378 纜線上，至少其中有一位置，内建設有一可供Micro SD/T-Flash、Mini SD、SD、MS薄型記憶卡嵌入之讀卡槽， 且其外型功能仍然符合協定之USB規格，具有連結電子產品 時，不妨礙其作為正常USB插頭及傳輸電纜線的功能及使用。 依據前揭特徵，該讀卡槽包括設在第一端USB插頭之金 屬外殼内。 又，依據前揭特徵，該讀卡槽包括可設在第一端USB插 頭之本體的左、右及後側其中任一邊。 另，依據前揭特徵，該讀卡槽包括可設在第一端USB插 頭之本體的上、下表面其中任一面。 且，依據前揭特徵，該讀卡槽包括可設在第二端USB插 頭之本體的上、下、左、右及後側其中任一邊皆可。 再者，依據前揭特徵，該讀卡機包括設在該傳輸電纜上 任一位置。 【實施方式】 首先，請參閱第二圖〜第四圖所示，本創作第一實施例 所揭示之USB傳輸電纜線（80A)，係將一讀卡槽（46)内建 在該第一端USB插頭（20)前端之金屬外殼（30)内，其包 含：一傳輸電纜線（60)，依預定長度設成，其兩端分別連接 第一端USB插頭（20)，及第二端USB插頭（70)，本實施例 中，該第二端USB插頭（70)之本體（71)前端係為一種小 型USB插頭（72)型態，但不限定此型態。且該第一端USB 插頭（20)所揭示者係指一種符合通用協定USB規格之A-Type 插頭，此種USB插頭之長度為12mm，寬度12. 0 5mm，厚度為 4. 52匪，本創作利用這樣的尺寸空間，來達到内建一 Micro M367378 SD/T-Flash薄型讀卡機之構造，且不影響其作為一般正常 USB插頭（20)的功能。當然在此有限空間内，為達預定之 功效’本實施例包含： 一金屬外殼（30)，係由金屬成型符合通用協定USB A-Type插頭之尺寸規格，其殼體上、下端分別形成一第一壁 面（31)及一第一壁面（32)，所述第一壁面（31)係指第一 端USB插頭（20)在正常使用時，朝上的那一面，反之第二 壁面（32)係指朝下的那一面。 一絕緣基板（40)’除前後側外，係由該金屬外殼（3〇) 所包覆，其具備一第一表面（41)及第二表面（42)，其中第 一表面（41)朝下，其上佈設數條金手指介面（43)，使該第 一表面（41)與金屬外殼（30)之第一壁面（31)形成一可 與符合通用協定之USB母插孔（圖未示）呈電性連接之插槽 (44)’此即為一般USB插頭所具備之結構，因係為先前技術 (Prior Art)，容不贅述。 而，本創作之主要特徵，係將原有之絕緣基板（4〇)的 厚度予以減薄，亦即，如原厚為15〜2 〇_，則將其沒有金 手指介面（43)的第二表面（42)減薄，使其厚度小於12mm， 使第二表面（42)與第二壁面（32)之間，形成一可供Micr〇 SD/T-Flash之薄型記憶卡（50)插入之讀卡槽（46)，且第 二表面（42)上設有能與記憶卡（5〇)呈電性連接之複數金 屬端子（45)，使該讀卡槽（46)形成一 Micr〇 SD/T Flash 薄型讀卡機。 但，通用之Micro SD/T-Flash記憶體（50)，其外側端 係設有一凸緣體（51)，以便於手指拿取。為此，本實施例之 M367378 另必要特徵，係配合該記憶卡（5〇)之凸緣體（^)，於該 第-壁面（32)之外端部，形成—可供該凸緣體（51)套合 之缺口（33)，俾供該記憶卡（5〇)欲入讀卡槽（⑹後，: 凸緣體（51)剛好填補該缺口（33)，使其外形健符合制 協定之USB插頭規格，亦即當第—端說接頭⑽）社人在 預定電子產品的端部時，其不論有無插入記憶卡（50)，二不 妨礙其作為正常USB插頭之功能。 再者’該金屬外殼（30)在該缺口（33)之底面更設成 I:陷:二4)二一:陷部(34)則可與記憶卡凸緣體(51) 曰：可供手指置入之空間’方便取出記憶卡（50)。 此夕’該第一端聰插頭（2〇)之絕緣基板 =括以一體成型方式或是紅合方式，連接有—電路板（=) 端 ^該^路板（47)係與該第—表面（41)之金手指介面⑷) -面（42)之金屬端子（45)呈電性連 正常之_插頭功能，且具有讀卡機功能，亦即^具有 設有讀卡必要的_電路，唯 電路板（47) 不贅述。 ㈣電路1C非本專利之標的，容 基於上揭構成，本創作除可單獨存取記憶卡之資料外 =:傳掌!電規線與其它電子產品(手機、數位相機、 MP3/MP4、掌上型電腦、Gps、電 :、儲存、充電、讀取、顯示、資料傳輸等功能。以 =，本創作之咖頭除上述實施例，另可與適= 口口（電腦、手機、數位相機、 掌上切 次、）、、OQ使用，作為記憶、儲存、充電、 相取、顯不、資料傳輸等功能。 電 M367378 請再回到第四圖所示，本創作之所以能與各種電子產品 結合使用’在於它沒有改變USB插頭原有的外在規格及内在 功能。亦即其金屬外殼（30)外露長度（L)仍維持I2mm， 厚度（tl )仍維持4. 52mm，插槽（44)之間隙（S1)仍然不 變，而唯一改變的是絕緣基板（40)的厚度（t3)，使其形成 一讀卡槽（46)供Micro SD/T-Flash記憶卡（50)嵌入，而 具有讀卡機功能。 請續參閱第五圖所示，本創作第二實施例所揭示之USB 傳輸電纜線（80B)，係將一讀卡槽（46)内建設在該第一端 USB插頭（20)之本體（21)的側邊，亦即包括左側或右侧 及後側其中任一邊皆可；如此，可供該記憶卡（50)由側、 後邊嵌入，並與其内之金屬端子（45)呈電性連接，形成一 Micro SD/T-Flash、Mini SD、SD、MS 薄型讀卡機。 請續參閱第六圖所示，本創作第三實施例所揭示之USB 傳輸電纜線（80C)，係將一讀卡槽（46)内建設在該第一端 USB插頭（20)之本體（21)的上、下表面其中一面，可供 該記憶卡（50)或臥或立方式由上或下嵌入，並與其内之金 屬端子（45)呈電性連接，形成一 Micro SD/T-Flash、Mini SD、SD、MS薄型讀卡機。本實施例之讀卡槽（46)上可設有 蓋體（圖未示），容不贅述。 請續參閱第七圖所示，本創作第四實施例所揭示之USB 傳輸電纜線（80D)，係將一讀卡槽（46)設在該傳輸電纜線 (60)上之任一位置，可供該記憶卡（50)嵌入，並與其内 金屬端子（45)呈電性連接，形成一 Micro SD/T-Flash、Mini SD、SD、MS薄型讀卡機。 M367378 請續參閱第八圖所示，本創作第五實施例所揭示之USB 傳輸電纜線（80E)，係將一讀卡槽（46)内建設在該第二端 USB插頭（70A)之本體（71a)上，本實施例之第二端USB 插頭（70A)之電性連接端係設成母插孔（72a)型態，但不 限疋於此型態。凡利用此本體（7ia)之上、下、左、右及後 側其中任一邊皆可’而内建讀卡槽（46)，可供該記憶卡（5〇) 由上、下、左、右及後側其中任一邊，或臥或立方式嵌入， 並與其内金屬端子（45)呈電性連接，形成一 Micr〇 SD/T-Flash、Mini SD、SD、MS 薄型讀卡機。 藉助上揭技術手段，本創作將習用之讀卡機，巧妙的内 建在USB傳輸電缆線上，如此一來，只要有用到USB傳輸電 鏡線連結的電子產品’自然就擁有讀卡機功能，不僅節省成 本且使用上更便捷與實用。 綜上所述，本創作所揭示之構造，為昔所無，且確能達 到功效之職，並具可供產制祕，完全符合新型專利要 件，祈凊貴審查委貝核賜專利，以勵創新，無任德感。 惟’上述賴露之圖式、說明，鶴本創作之較佳實施 例，大凡熟悉此項技藝人士，依本案精神範相作之修飾或 等效變化，仍應包括在本案申請專利範圍内。 M367378 【圖式簡單說明】 第一圖係習用麟傳輸電镜線之外觀圖。 第二圖係本創作第—實施例之分解立體圖。 第三圖係本創作第一實施例之組合立體圖。 第四圖係本創作第一實施例之組合剖示圖。 第五圖係本創作第二實施例之分解立體圖。 第六圖係本創作第三實施例之分解立體圖。 第七圖係本創作第四實施例之分解立體圖。 第八圖係本創作第五實施例之分解立體圖。 【主要元件符號說明】 (20)第一端USB插頭 (50)記憶卡 (21)本體 (51)凸緣體 (30)金屬外殼 (60)傳輸電纜線 (31)第一壁面 (70)、（70A)第二端 USB 插頭 (32)第二壁面 (71)、（71a)本體 (33)缺口 (72)小型USB插頭 (34)凹陷部 (72a)母插孔 (40)絕緣基板 (80A)、（80B)、（80C)、 (41) 第一表面 (42) 第二表面 (43) 金手指介面 (44) 插槽 (45) 金屬端子 (46) 讀卡槽 U7)電路板 (80D)、（80E) USB傳輸電規線 -10-Mini SD, SD, and MS are general-purpose storage memory cards. Since the appearance of a memory card requires a card reader as an interface with the host computer, the transmission of poems is performed through the USB bus reduction of the domain. However, the size of the card readers currently on the market is too large, compared to The small-small memory card not only takes up space but also increases the inconvenience of use. The first figure shows the perspective view of the conventional transmission electric cable (1〇). According to the general-purpose USB specification A-Type plug, the metal casing ((1) overmolded thickness (tl) is 4.52mm, in metal The thickness (t2) of the insulating substrate U2) covered by the outer casing (11) is about the slot (13) of the unused metal casing (11) which can be electrically connected to (d) (not shown). ·Huaicha, the USB transmission cable (1〇) plug ((8), only M367378 has electrical connection, and the other cable (14) is connected to the electronic product via another USB plug (16) without other functions. It is a pity. Since the USB transmission cable (1〇) has become a necessary component of the universality of 3C products, and the card reader also has its needs, it is considered how to combine the two. Main topic. [New content] The main purpose of this creation is to provide a USB transmission cable with a card reader function, which uses the USB internal space so that it does not change the original specifications of the USB plug. In the case of function, a USB SD/T-Flash, Mini SD, SD, MS card reading slot is provided on the USB plug or transmission cable, so that the USB transmission cable is not only used for electrical connection and data transmission, but also It is a Micro SD/T-Flash, Mini SD, SD, MS thin card reader that has the dual-use effect. Another purpose of this creation is that the USB transmission cable itself is a card reader. And no custom card reader It is inconvenient to bring and remove, as long as 3C products with USB transmission cable, such as computer, mobile phone, digital camera, palmtop computer, PDA, GPS, MP3/MP4, electric toy, have the function of card reader. It is not necessary to connect the card reader separately, which has the effect of saving and convenient use. For the purpose of this creation, in addition to the data of the memory card can be accessed separately, it can also be connected to other electronic products via the transmission cable (mobile phone, digital Camera, MP3/MP4, PDA, GPS, PDA, electric toy) are connected as functions of memory, storage, charging, reading, display, data transmission, etc. In order to achieve the above objectives, the technical means adopted by this creation include: A USB transmission line conforming to the General Agreement, which has at least one of the positions on the two ends of the plug or the transmission M367378 cable. The built-in micro SD/T-Flash, Mini SD, SD, MS thin memory card is embedded. Read card slot, and its appearance function still conforms to the agreed USB specification. When connecting electronic products, it does not hinder its function as a normal USB plug and transmission cable. According to the foregoing feature, the card reading slot comprises a metal housing disposed in the USB plug of the first end. Further, according to the foregoing feature, the card reading slot includes left and right sides of the body of the USB plug that can be disposed at the first end. In addition, according to the foregoing feature, the card reading slot includes any one of an upper surface and a lower surface of the body of the USB plug of the first end. Further, according to the foregoing feature, the card reading slot includes It can be disposed on any one of the upper, lower, left, right and rear sides of the body of the USB plug of the second end. Further, according to the foregoing feature, the card reader comprises any position on the transmission cable. [Embodiment] First, referring to the second to fourth figures, the USB transmission cable (80A) disclosed in the first embodiment of the present invention is built in the first card slot (46). The metal casing (30) at the front end of the USB plug (20) comprises: a transmission cable (60), which is set according to a predetermined length, and the two ends are respectively connected to the first end USB plug (20), and the second end The USB plug (70), in the embodiment, the front end of the body (71) of the second end USB plug (70) is a small USB plug (72) type, but is not limited to this type. And the first-port USB plug (20) is an A-Type plug that conforms to the general-purpose USB specification. The length of the USB plug is 12 mm, the width is 12. 0 5 mm, and the thickness is 4.52 inches. The creation utilizes such a size space to achieve the built-in construction of a Micro M367378 SD/T-Flash thin card reader without affecting its function as a normal normal USB plug (20). Of course, in this limited space, in order to achieve the predetermined effect 'this embodiment includes: a metal casing (30), which is formed by metal conforming to the size specification of the universal agreement USB A-Type plug, and the upper and lower ends of the casing are respectively formed. a first wall surface (31) and a first wall surface (32), the first wall surface (31) refers to the first side of the USB plug (20) in normal use, and the second wall surface (32) ) refers to the side that faces down. An insulating substrate (40) is covered by the metal casing (3 〇) except for the front and rear sides, and has a first surface (41) and a second surface (42), wherein the first surface (41) faces Next, a plurality of gold finger interfaces (43) are disposed thereon, so that the first surface (41) and the first wall surface (31) of the metal casing (30) form a USB female socket that conforms to the universal agreement (Fig. The slot (44) which is electrically connected is the structure of the general USB plug, and it is not mentioned in the prior art (Prior Art). However, the main feature of this creation is to reduce the thickness of the original insulating substrate (4 〇), that is, if the original thickness is 15~2 〇 _, then it has no gold finger interface (43) The two surfaces (42) are thinned to a thickness of less than 12 mm, and a thin memory card (50) for Micr〇SD/T-Flash is formed between the second surface (42) and the second wall surface (32). The card slot (46) is read, and the second surface (42) is provided with a plurality of metal terminals (45) electrically connected to the memory card (5〇), so that the card reading slot (46) forms a Micr〇 SD/T Flash thin card reader. However, the general-purpose Micro SD/T-Flash memory (50) has a flange body (51) on its outer side for easy finger picking. To this end, the M367378 of the present embodiment has the additional feature that the flange body (^) of the memory card (5) is formed at the outer end of the first wall surface (32) to provide the flange body. (51) The gap of the sleeve (33), for the memory card (5〇) to enter the card slot ((6), the flange body (51) just fills the gap (33), making it conform to the shape The agreed USB plug specification, that is, when the first-end connector (10) is at the end of the predetermined electronic product, whether or not it is inserted into the memory card (50) does not prevent its function as a normal USB plug. Furthermore, the metal casing (30) is further provided on the bottom surface of the notch (33) to be I: trapped: two 4) two: the trap portion (34) is compatible with the memory card flange body (51): The space where the finger is placed is convenient for taking out the memory card (50). The eve of the first end of the Cong plug (2 〇) of the insulating substrate = in one-piece or red, connected with - circuit board (=) end ^ the ^ board (47) and the first - The gold finger interface (4) of the surface (41) - the metal terminal (45) of the surface (42) is electrically connected to the normal _ plug function, and has the function of a card reader, that is, the _ circuit necessary for reading the card , only the circuit board (47) will not be described. (4) Circuit 1C is not the subject of this patent. It is based on the above disclosure. In addition to the information that can be accessed separately by the memory card, the creation of the memory card is different from that of other electronic products (mobile phone, digital camera, MP3/MP4, handheld). Type computer, Gps, electricity:, storage, charging, reading, display, data transmission, etc. With =, the creation of the coffee head in addition to the above embodiment, and the appropriate = mouth (computer, mobile phone, digital camera, Hand-cutting,), and OQ are used as functions of memory, storage, charging, phase picking, display, data transmission, etc. Electric M367378 Please return to the fourth figure, the reason why this creation can be combined with various electronic products. Use 'is that it does not change the original external specifications and internal functions of the USB plug. That is, the exposed length (L) of the metal casing (30) is still maintained at I2mm, and the thickness (tl) is still maintained at 4.52mm, the slot (44) The gap (S1) remains unchanged, and the only change is the thickness (t3) of the insulating substrate (40), which forms a card reader slot (46) for embedding the Micro SD/T-Flash memory card (50). Has a card reader function. Please continue to see the fifth picture, this creation The USB transmission cable (80B) disclosed in the second embodiment is constructed by constructing a card reading slot (46) on the side of the body (21) of the first end USB plug (20), that is, including the left side or the right side. One side of the side and the back side can be used; thus, the memory card (50) can be embedded by the side and the rear side, and electrically connected with the metal terminal (45) therein to form a Micro SD/T-Flash, Mini. SD, SD, MS thin card reader. Please refer to the sixth figure, the USB transmission cable (80C) disclosed in the third embodiment of the present invention is constructed in the first reading card slot (46). One side of the upper and lower surfaces of the body (21) of one end of the USB plug (20) can be embedded in the memory card (50) or in a lying or vertical manner, and is electrically connected to the metal terminal (45) therein. The physical connection forms a Micro SD/T-Flash, Mini SD, SD, MS thin card reader. The card reading slot (46) of this embodiment can be provided with a cover body (not shown), which will not be described. Referring to the seventh figure, the USB transmission cable (80D) disclosed in the fourth embodiment of the present invention has a card slot (46) disposed on the transmission cable (60). In either position, the memory card (50) can be embedded and electrically connected to the inner metal terminal (45) to form a Micro SD/T-Flash, Mini SD, SD, MS thin card reader. Referring to the eighth figure, the USB transmission cable (80E) disclosed in the fifth embodiment of the present invention is constructed by constructing a card slot (46) in the body of the second end USB plug (70A) (71a). The electrical connection end of the second end USB plug (70A) of the embodiment is set to the female jack (72a) type, but is not limited to this type. Any one of the upper, lower, left, right and rear sides of the body (7ia) can be used to create a card slot (46) for the memory card (5〇) from up, down, left, The right and rear sides are either embedded in the horizontal or vertical manner and electrically connected to the inner metal terminals (45) to form a Micr〇SD/T-Flash, Mini SD, SD, MS thin card reader. With the help of the above-mentioned technology, this notebook will be used in the USB transmission cable, so that the electronic products that are connected to the USB transmission electron microscope line will naturally have the function of the card reader. Not only cost savings but also more convenient and practical to use. In summary, the structure revealed by this creation is a past, and it can indeed achieve the function of the function, and has the secret of production and production, fully comply with the new patent requirements, praying for the review of the patents of the review committee Encourage innovation, no sense of morality. However, the above-mentioned diagrams and descriptions of Lai Lu, the preferred embodiment of Heben's creation, and those who are familiar with this skill, should be included in the scope of patent application in this case. M367378 [Simple description of the diagram] The first picture is the appearance of the illuminating transmission electron microscope line. The second drawing is an exploded perspective view of the first embodiment of the present creation. The third figure is a combined perspective view of the first embodiment of the present creation. The fourth drawing is a combined sectional view of the first embodiment of the present creation. The fifth drawing is an exploded perspective view of the second embodiment of the present creation. The sixth drawing is an exploded perspective view of the third embodiment of the present creation. The seventh drawing is an exploded perspective view of the fourth embodiment of the present creation. The eighth drawing is an exploded perspective view of the fifth embodiment of the present creation. [Description of main component symbols] (20) First-end USB plug (50) Memory card (21) Body (51) Flange body (30) Metal case (60) Transmission cable (31) First wall (70), (70A) second end USB plug (32) second wall (71), (71a) body (33) notch (72) small USB plug (34) recess (72a) female jack (40) insulating substrate (80A ), (80B), (80C), (41) First surface (42) Second surface (43) Gold finger interface (44) Slot (45) Metal terminal (46) Card slot U7) Circuit board (80D ), (80E) USB transmission electric gauge line -10-