201025751 九、發明說明： 【發明所屬之技術領域】 一種通用序列匯流排裝置，尤其係指一種具有通用序 列匯流排/序列匯流排雙功能的通用序列匯流排裝置。 * 【先前技術】 通用序列匯流排（Universal Serial Bus，USB)，這是 由西元1994年開始推動的規範，具有熱插拔（H〇tpUig) ❹ 以及隨插即用（Phg and play)功能，其不需要執行複雜 的步驟就可以隨時將裝置連接與移除，於是USB已成為 主流之一，大多數的電子產品，尤其是電腦的週邊裝置， 例如外接式硬碟、個人數位助理（Pers〇nal以由如201025751 IX. Description of the invention: [Technical field to which the invention pertains] A universal serial busbar device, in particular, a universal serial busbar device having a dual function of a universal serial bus/sequence bus. * [Prior Art] Universal Serial Bus (USB), a specification promoted in 1994, with hot plug (H〇tpUig) ❹ and Php and play functions. It can connect and remove devices at any time without performing complicated steps, so USB has become one of the mainstream. Most electronic products, especially computer peripherals, such as external hard drives, personal digital assistants (Pers〇 Nal
Assistant ’ PDA)、手機、可攜式儲存裝置…等，幾乎都會 使用USB來與電腦連接。Assistant ’ PDAs, mobile phones, portable storage devices, etc., almost all use USB to connect to a computer.
現有的通用序顺流排分為標準聰介面分為A M式以及Μ式兩種，不論採用何種型式的_序列匯流 排裝置都為單-的傳輸介面，而—般的·序舰流排裝 置也僅提供單-功能，因此通用序列匯流排裝置在與外部 電子裝置m連接時，難能對應翻於—種功 發。 • 然:而，現在許多的設計需求均逐漸朝向輕薄短小、快 . 速化、高功能化以及高頻化的需求下進行設計，因此，是 =以增加_序舰流概置雜，使得_序列匯流 、置不再僅對應單—功能，而能夠達到雙重功能的設 5 201025751 計’將是符合輕薄短+、快速化、高功能化以及高頻化的 設計需求。 然而，由於現有的通用序列匯流排介面僅對應單—的 * #輸介面’現有的相匯流齡面將無法應用於通用 * 相匯流排裝置雙重魏的_，是否可以在不改變對現 有的通用序列匯流排架構下，可以達到雙重功能的輸出介 面也是需要克服的問題。 ❹ 因此，有人提出在通用序列匯流排裝置兩頭端分別設 汁有通用序列匯流排介面，並且兩頭端的通用序列匯流排 介面各自電性連接於功能不同的電路板，以提供雙重功能 以及雙重介面的顧序舰流聽置；另外，也有人提出 在單一電路板的相同面或是相反面佈局深度不同的電 路’並且配合不同深度的朝相随齡面可以提供兩 種功能’或是g&顧相隨齡面上的可雜式接點社 構設計，可使通用序舰流難置以不財向插入時提供 β 不同魏_發，以上皆可達到提供兩種不同功能的通用 序列匯流排裝置。 但是’上述通用序列匯流排裝置都需要在通用序列匯 流排以及_序舰流齡面上進行設計，以及進行防誤 * 細設計，無法翻於鮮的_相賊排介面， 將會使得製造成本的增加。 * •綜上所述’可知先前技術中長期以來-直存在通用序 列匯流排裝置需要對通用序列g流排以及通用序列匯流 201025751 排介面進行設計’以及進行防誤插設計所導致無法適用於 標準通用序列匯流排的問題，因此有必要提出改進的技術 手段’來解決此一問題。 【發明内容】 有II於先前麟存在制相匯流排裝置需要對通 用序列__及_序舰流排介面進行設計，以及進 行，誤插設計所導致無法適用於標準通用序列匯流排的 • 問題’本發明遂揭露一種通用序列匯流排裝置，其中： 本發明所揭露之通用序列匯流排裝置，於第一'實施態 樣中包含：電路板及殼體。〜 其中’電路板具有第一表面及第二表面，第一表面配 置第-功能電路，第二表面配置第二功能電路，於電路板 一侧延伸設置電性連接埠，分觀通詩列匯流排 (universal Serial Bus，USB)與序列匯流排設置於第一表 面及第二表面’通用序列匯流排電性連接於第一功能電 瞻 路’序列匯流排電性連接於第二功能電路；及殼體具有容 置空間，用以容置電路板，並於殼體之-侧開設有開口， 用以將電性連接埠設置於殼體之外。 本發明所揭露之通用序列匯流排裝置，於第二實施熊 . 樣中包含·第—電路板、第二電路板及殼^ 〜 其巾，第—電路板配置有第-舰電路，於第一電路 板-側延伸設置第一電性連接蜂，第一電性連接痒具有通 用序列匯流排並電性連接於第一功能電路；第二電路板配 7 201025751 置有第一功能電路，於第二電路板一側延伸設置第二電性 連接阜第一電性連接埠具有序列匯流排並電性連接於第 -功能電路；及殼體具有第_容置空間及第二容置空間， 用乂刀別谷置第一電路板及第二電路板，並於殼體之一侧 開設有第一開口及第二開口，用以將第一電性連接埠及第 一電性連接埠反向設置於殼體外。 、本發明所揭露之系統與方法如上，與先前技術之間的The existing universal sequence downstream is divided into two types: the standard type and the Μ type. No matter what type of _ serial bus arrangement is a single-transmission interface, the general-purpose ship flow line The device also provides only a single-function, so that when the universal serial busbar device is connected to the external electronic device m, it is difficult to correspondingly turn to the same type of power. • However: However, many of the design requirements are now being designed to be light, short, fast, fast, highly functional, and high-frequency. Therefore, it is necessary to increase the number of ships. The sequence convergence and set-up are no longer only for single-function, but the dual-function device will be designed to meet the design requirements of light, short, fast, high-functionality and high-frequency. However, since the existing universal serial bus interface only corresponds to the single-*#interface interface, the existing phase-sinking surface area cannot be applied to the general-purpose *phase-sinking device, and can be used without changing the existing universal Under the serial bus structure, the dual function output interface is also a problem that needs to be overcome. ❹ Therefore, it has been proposed that a universal serial bus interface is provided at both ends of the universal serial busbar device, and the universal serial bus interfaces at both ends are electrically connected to different functional boards to provide dual functions and dual interfaces. In addition, it has also been proposed to lay out circuits of different depths on the same or opposite side of a single board' and to provide two functions with different depths of the face-to-face relationship' or g& The design of the miscellaneous contact structure on the age of the same age makes it possible to provide a general sequence of busses that provide two different functions when the plug-in is not inserted. Device. However, the above-mentioned universal serial busbar devices need to be designed on the general-purpose serial busbar and the pre-shipship flow-age surface, as well as the anti-error* fine design, which cannot be turned over to the fresh _ thief row interface, which will make the manufacturing cost. Increase. * In summary, it can be seen that the prior art has long been available for the general sequence g bus and the general sequence confluence 201025751 interface design and the anti-missing design is not applicable to the standard. The problem of universal sequence bus, so it is necessary to propose improved technical means to solve this problem. SUMMARY OF THE INVENTION There is a need for the general sequence __ and _ sequence ship routing interface design and implementation, and the mis-insertion design can not be applied to the standard universal sequence busbar. The present invention discloses a universal serial busbar device, wherein: the universal serial busbar device disclosed in the present invention comprises, in a first embodiment, a circuit board and a housing. ~ wherein the 'circuit board has a first surface and a second surface, the first surface is provided with a first-function circuit, the second surface is provided with a second functional circuit, and an electrical connection is extended on one side of the circuit board to separate the communication channel A universal serial bus (USB) and a serial bus are disposed on the first surface and the second surface. The universal serial bus is electrically connected to the first functional electrical path. The serial bus is electrically connected to the second functional circuit; and The housing has an accommodating space for accommodating the circuit board, and an opening is formed on a side of the housing for disposing the electrical connection port outside the housing. The universal serial busbar device disclosed in the present invention comprises a first circuit board, a second circuit board and a shell ^~ a towel in the second embodiment bear, and the first circuit board is provided with a first-ship circuit, a circuit board-side extension is provided with a first electrical connection bee, the first electrical connection itch has a universal sequence bus bar and is electrically connected to the first functional circuit; the second circuit board is equipped with 7 201025751, and the first functional circuit is provided. a second electrical connection is disposed on one side of the second circuit board, the first electrical connection has a serial bus bar and is electrically connected to the first functional circuit; and the housing has a first accommodating space and a second accommodating space. The first circuit board and the second circuit board are disposed on the side of the casing, and the first opening and the second opening are opened on one side of the casing for twisting the first electrical connection and the first electrical connection The direction is disposed outside the casing. The system and method disclosed by the present invention are as above, and between the prior art
f異在於本發縣在單—制序靠流排裝置兩面分別 »又置具通用序舰流排的第—功能電路以及具序列匯流 排的第二雜，當分财過通跡舰流排介面以及 序列匯排介©進行電性連接時，可哺_發通用序列 匯流排裝置的第—功能電路或第二功能電路以啟動不同 功能’使得在單-顧相隨排裝置上達賴重功能的 功效。 、透過上述的技術手段，本發明可以達成不需更動標準 通用序列隨排介面的前提τ提供具雙重魏之通用序 列匯流排裝置的技術功效。 【實施方式】 以下將配合圖式及實施例來詳細說明本發明之實施 方式，藉崎本购如何應職齡段麵決技術問題並 達成技術功效的實現過程能充分理解並據以實施。 以下將說明本發明通用序列匯流排裝置的第一實施 態樣，並請同時參考「第1Α圖」所示，「第1Α圖」繪示 201025751 為本發明通用序列匯流排裝置第一實施態樣立體分解圖。 本發明所揭露之義序顺流置，於第一實施態 樣中包含：電路板10及殼體20。 〜 分別於電路板1()上的第—表面u以及第二表面η 配置有第-魏電路以及第二功能電路，第—功能電路以 及第二功能電路分別各自獨立運作不會互相影響，例如第 功月b電路可以是儲存功能電路’ *第二功能電路可以是 • 無線連結功能電路，在此僅為舉例說明，並不以此褐限本 發明的應用範_。 假設第-功能電路以及第二功能電路皆為儲存功能 ^路時，财包含械存控、_記㈣、石英振盈 糾及發光二極體等基本電路元件，透财—功能電路或 第二功能各自的儲存控制器，可以分別將資料儲存於 第-功能電路或第二功能電路各自的快閃記憶體，不會產 生於第-魏電路巾儲存控㈣將㈣儲存於第二功能 電路中快閃記憶體的問題’即可以達到第一功能電路以及 第二功能電路分別各自獨立運作不會互相影響。 接著，於電路板10 一侧延伸設置電性連接埠13，電 性連接埠13於第一表面11以及第二表面分別配置有 通用序列匯流排13UUniVerSal Serial Bus，USB)與序列 *流排132’並且將電性連接埠20中通用序舰流排131 電/·生連接至電路板1〇上第一功能電路，以及將電性連接 埠20中序列匯流排132電性連接至電路板10上第二功能 9 201025751 電路’使第-功麟路以及第二舰電路可以分別透過通 用序列匯流排m以及序列匯流排m進行資料的傳輸。 其中’通用序列匯流排131係為鮮的通用序列匯流 排介面，由於在工業上已經具有標準規範，在此不再進行 头述而序列匯流排I32可以為標準的通用序列匯流排介 面或是依照實際的需求所自定的傳輸介面，即透過通用序The difference lies in the fact that the county has a single-function circuit with a general-purpose ship flow row and a second circuit with a sequence bus bar on the two sides of the single-stage sequence flow device. When the interface and the serial interface are electrically connected, the first function circuit or the second function circuit of the universal serial bus device can be fed to activate different functions, so that the function can be realized on the single-segment device. The effect. Through the above technical means, the present invention can achieve the technical effect of providing a dual-synchronous universal busbar device without the need to change the standard universal sequence-sequence interface. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings and the embodiments, and the realization process of how to apply for technical problems and achieve technical effects can be fully understood and implemented. The first embodiment of the universal serial busbar device of the present invention will be described below, and please refer to the "1st drawing" at the same time, and the "1st drawing" shows 201025751, which is the first embodiment of the universal serial busbar device of the present invention. Stereoscopic exploded view. The first embodiment of the present invention includes a circuit board 10 and a housing 20. ~ The first surface u and the second surface η on the circuit board 1 () are respectively provided with a first-wei circuit and a second functional circuit, and the first functional circuit and the second functional circuit respectively operate independently of each other, for example, The first power b circuit can be a storage function circuit ' * The second function circuit can be a wireless connection function circuit, which is merely an example, and does not limit the application of the invention. Assume that the first-function circuit and the second function circuit are both storage functions, and the basic circuit components such as the mechanical storage control, the _ note (four), the quartz vibration correction and the light-emitting diode, the wealth-function circuit or the second The respective storage controllers can store the data in the flash memory of the first function circuit or the second function circuit, respectively, and not in the first-wei circuit storage control (4), and (4) store in the second function circuit. The problem of flash memory is that the first functional circuit and the second functional circuit can operate independently of each other without affecting each other. Then, an electrical connection port 13 is disposed on one side of the circuit board 10, and the electrical connection port 13 is disposed on the first surface 11 and the second surface respectively with a universal serial busbar 13UUniVerSal Serial Bus (USB) and a sequence* flow row 132' And electrically connecting the general-purpose ship row 131 in the electrical connection port 20 to the first functional circuit on the circuit board 1 and electrically connecting the serial bus bar 132 in the electrical connection port 20 to the circuit board 10. The second function 9 201025751 circuit ' enables the first - gonglin road and the second ship circuit to transmit data through the universal sequence bus m and the sequence bus m respectively. The 'general sequence bus bar 131 is a fresh universal serial bus interface. Since it has standard specifications in the industry, it will not be described here. The serial bus I32 can be a standard universal serial bus interface or according to the standard. The transmission interface of the actual demand
列匯流排131以及序列匯流排m可以達到雙重傳輸介面 的技術功效。 设體20具有容置空間2卜係用以將電路板1〇容置 於殼體20内’並於殼體20之一側開設有開口 22，用以 將電性連接埠13外露於殼體2G，以形成本發明通用序列 匯流排裝置，並請參照「第1B圖」所示，「第m圖」繪 示為本發明通用序列匯流排裝置第—實施態樣立體組合 圖。 清再次參照 第1A圖」所示，值得注意的是電性連 接埠13上的第一表面u所配置的通用序列匯流排⑶， 係為標準卿序舰簡A赋（τγρΕ_Α)，為了使電 性連接埠13上的第—表面u以及第二表面12分別配置 的通用序列匯流排131與序列匯流排132，可達到兩面插 接的效果，因此於標準通用序舰流排Α⑽式所設計的 防誤插設計（即鮮·序麵祕A型式外層的金屬 製框）將被移除，使得電性連接蟑13上的第一表面^以 及第二表面12皆可與外部標準通用序列匯流排介面（圖 201025751 中未繪示）進行插接，以產生電性連接。 為了有效的區隔通用序列匯流排131與序列匯流排 132分別電性連接於電路板10上第一功能電路或是電路 板ίο上第二功能電路，因此，除了於電性連接埠13上的 第表面11以及第·一表面12兩個不同表面上分別配置的 通用序列匯流排131與序列匯流排132之外，還可以將電 性連接埠13於第一表面11以及第二表面12所分別配置 φ 的通用序列匯流排131與序列匯流排132以前後交錯方式 设置’並且通用序列匯流排131設置於序列匯流排132之 前，透過上述方式可以設計為電性連接埠13另外一種形 式的防誤插設計，藉以避免造成使用者誤觸發功能的困 擾。 舉例來說，假設電性連接埠13上的第一表面丨丨所配 置的通用序列匯流排131配置於電性連接槔13前端（請 參考「第1Α圖」所示），則電性連接埠13上的第二表面 • 12所配置的序列匯流排132可以被配置於電性連接埠13 後端（請參考「第1Α圖」所示），藉以於電性連接埠13 呈現出交錯設置通用序列匯流排131以及序列匯流排 132，即可以於外觀上讓使用者自行判斷所需要使用的功 月b，並且可以作為本發明通用序列匯流排裝置防誤插機 承上所述，由於在電性連接埠13上以前後交錯分別 於第一表面11以及第二表面12配置通用序列匯流排131 201025751 與序列匯_132,並且序顺流排m於概連接埠13 所設置之位置超出標準通用序列匯流排介面的深度，所以 當本發明通用序列匯流排裝置以第二表面12和外部標準 . 序列匯流排介面（圖中树示）進行電性連接時，將 - 無法紐連接配置於連解13後_序列匯流排 132 〇 藉此，在將電性連接埠13以第一表面u電性連接於 ❹ 彳部鮮朝序舰额介科，斜部__序列匯 流排介面即可以與通用序列匯流排131形成電性連接，即 f以透過序顺麵131紐電路板⑴上的第一功 能電路的功能；反之，若將電性連接埠13以第二表面12 電性連接於外部標準通用序列匯流排介面時，則外部標準 通用序列匯流排介面無法與序列匯流排132形成電性連 接’即無法透過序列匯流排132觸發電路板1〇上的第二 功能電路的功能。 — ❹ 請參考「第2A圖」所示，「第2A圖」繪示為本發明 轉接裝置立體圖；在需要使用第二功能電路時，則需要透 過轉接裝置30進行轉接’轉接裝置3〇包含有標準通用序 列匯流排31、轉接匯流排32以及殼體33，其中標準通用 序列匯流排31係設置於殼體33之外，並將轉接匯流排 32於殼體33之内，並且透過埋設於殼體33内的金屬導 線34將轉接匯流排32與標準通用序列匯流排31相互連 接以形成電性連接。標準通用序列匯流排31用以與外部 12 201025751 標準通用序列匯流排介面（圖中未緣示）進行電性 用’轉接匯流排32係與本發明通用序列匯流排裳 列匯流排132的相對位置形成電性連接。 接著，請參考「第2B圖」以及「第2C圖」所示 況圖」繪示為本發明通用序列匯流排裝置與轉 行轉接時勤示_ ;「第2C @」麵為本發明通 列匯流排裝置與轉接裝置進行轉接時放大剖面示意圖。 ❿ 鲁 由於標準通用序列匯流排31與轉接匯流肋 =設於殼體33内的金屬導線％以形成電性連接，而轉接 置30一内的轉接匯流排32的設計即為與電性連接埠u ^的第二表面12配置的序舰流排132之相對位置進行 =接（如「第2C圖」所示），因此’轉接裝置％内 對位t匯Ϊ排％與序列隨排132可形成電性連接的相 對位置係為電性連接埠13的後端。The bus bar 131 and the sequence bus m can achieve the technical effect of the dual transmission interface. The housing 20 has an accommodating space 2 for accommodating the circuit board 1 in the housing 20 and opening an opening 22 on one side of the housing 20 for exposing the electrical connector 13 to the housing. 2G, in order to form the general-purpose serial busbar device of the present invention, and refer to FIG. 1B, which is a three-dimensional combination diagram of the first embodiment of the general-purpose serial busbar device of the present invention. Referring again to Figure 1A, it is worth noting that the universal sequence busbar (3) of the first surface u on the electrical connection port 13 is a standard version of the ship A. (τγρΕ_Α), in order to make electricity The common surface bus bar 131 and the sequence bus bar 132 respectively disposed on the first surface u and the second surface 12 of the port 13 can achieve the effect of double-sided plugging, and thus are designed in the standard general-purpose ship flow raft (10) type. The anti-missing design (ie, the metal frame of the A-type outer layer) will be removed, so that the first surface and the second surface 12 on the electrical connection 13 can be combined with the external standard universal serial bus. The interface (not shown in Figure 201025751) is plugged in to make an electrical connection. In order to effectively separate the general-purpose serial bus bar 131 and the serial bus bar 132 from the first functional circuit on the circuit board 10 or the second functional circuit on the circuit board 10, respectively, in addition to the electrical connection port 13 In addition to the universal serial bus bar 131 and the serial bus bar 132 respectively disposed on the two different surfaces of the first surface 11 and the first surface 12, the electrical connection port 13 may be respectively disposed on the first surface 11 and the second surface 12 The universal sequence bus bar 131 and the sequence bus bar 132 of the configuration φ are arranged in an interleaved manner before and after the general-purpose sequence bus bar 131 is disposed before the sequence bus bar 132. In this way, the electrical connection port 13 can be designed as another type of error prevention. Plug in the design to avoid causing users to accidentally trigger the function. For example, it is assumed that the universal sequence bus bar 131 disposed on the first surface 上 of the electrical connection port 13 is disposed at the front end of the electrical connection port 13 (refer to FIG. 1), and the electrical connection is The second surface on 13 • 12 arranged sequence bus 132 can be arranged at the back end of the electrical connection ( 13 (refer to the “Figure 1”), so that the electrical connection 呈现 13 presents a staggered universal The sequence bus bar 131 and the sequence bus bar 132 can be used to visually determine the power month b to be used by the user, and can be used as the anti-missing device of the universal serial busbar device of the present invention. The universal connection port 13 is configured to be connected to the first surface 11 and the second surface 12 respectively to configure the universal sequence bus bar 131 201025751 and the sequence sink _132, and the sequence downstream row m is disposed at a position beyond the standard. The depth of the sequence bus interface, so when the universal sequence bus arrangement of the present invention is electrically connected by the second surface 12 and the external standard. The serial bus interface (shown in the figure), After the connection solution 13 is arranged, the sequence bus bar 132 is used to electrically connect the electrical connection port 13 to the first surface u to the ❹ 鲜 鲜 朝 朝 朝 , , , , , , , , , , 序列 序列 序列 序列 序列 序列 序列 序列 序列 序列 序列 序列 序列That is, it can be electrically connected with the general-purpose serial bus bar 131, that is, f is a function of the first functional circuit on the circuit board (1) in the order of the transmissive surface, and vice versa, if the electrical connection 埠13 is electrically connected to the second surface 12 When connected to the external standard universal serial bus interface, the external standard universal serial bus interface cannot be electrically connected to the serial bus 132. That is, the function of the second functional circuit on the circuit board 1 can not be triggered through the serial bus 132. . - ❹ Please refer to "Figure 2A", "Figure 2A" is a perspective view of the adapter device of the present invention; when the second function circuit is required, the adapter 'transfer device 30 is required for the adapter' adapter 3〇 includes a standard universal serial bus bar 31, a transfer bus bar 32, and a housing 33, wherein the standard universal serial bus bar 31 is disposed outside the housing 33, and the transfer bus bar 32 is inside the housing 33. And, the transfer bus bar 32 and the standard universal serial bus bar 31 are interconnected by a metal wire 34 embedded in the casing 33 to form an electrical connection. The standard universal sequence bus bar 31 is used to electrically communicate with the external 12 201025751 standard universal serial bus interface (not shown), and the 'transit bus bar 32 system is opposite to the general sequence bus bar of the present invention. The position forms an electrical connection. Next, please refer to the "2B" and "2C" diagrams, which are shown in the general sequence busbar device of the present invention and the transfer when the transfer is carried out _; "2C @" is the list of the present invention The schematic diagram of the enlarged cross section when the busbar device and the adapter device are transferred. The design of the transfer bus bar 32 in the transfer case 30 is electrically connected to the switch. The relative position of the sequence ship row 132 disposed on the second surface 12 of the connection 埠u ^ is = (as shown in "2C"), so the 'interval device % within the alignment t sink % and sequence The relative position at which the row 132 can form an electrical connection is the rear end of the electrical connection port 13.
在將電性連料13以第一表面u電性連接於轉接裝 0内的轉接匯流排32時’由於轉接裝置如内的轉^ 32可形成電性連接_對位置係為電性連接I 、=’ _接裝置3〇 _轉接匯鱗Μ無法與通用序 二，131形成電性連接，再將轉接裝置％外的_ 二，匯流排31與外部標準通用序列匯流排介面（圖 流排進行電性連接’由於轉接裝置3〇内的轉接匯 ^「亚未設計有可以用來與電性連接淳13上的通用序 1匯流排131形成電性連接的電路部份，因此，套接 13 201025751 接裝置30中的本發明通用序列匯流排裳置將無法透過電 性連接埠13上的通用序列匯流排⑶觸發電路板10上的 第一功能電路的功能。 麵紐連鱗mx帛二表面121輯接於 置30内的轉接匯流排32時，由於轉接裝置3〇内的轉接 匯μ排32可形成電性連接的相對位置係為電性連接埠η 的後端’則轉接裝i 30⑽轉接匯流排32即可以與電性 ❿ 連接槔13上的序列匯流排132形成電性連接，再將轉接 裝置3〇外的標準通用序列匯流排31與外部標準通用序列 匯流排介面（圖中未繪示）進行電性連接，由於轉接装置 3〇内的轉接匯流排32與電性連接土阜13上的序列匯流排 132形成電性連接’因此，即可以透過序列匯流排132觸 發電路板10上的第二功能電路的功能。 在「第2A圖」至「第2C圖」所緣示係為標準通用 序列匯流排31以及轉接匯流排32位於殼體％的相同侧 ❹ 邊（如圖所示為上方侧）’圖面僅緣示標準通用序列匯流 排31以及轉接匯流排32其中一種電性連接呈現方式，除 此之外，標準通用序列匯流排31以及轉接匯流排％亦可 位於殼體33的相反側邊，亦可以包含於本發明的應用範 疇之内。 綜上所述，本發明通用序列匯流排裝置雖然移除了標 - 準通用序列匯流排防誤插設計，但是透過電性連接埠13 上的第一表面11以及第二表面12不同表面所分別配置的 201025751 通用序列匯流排131與序列匯流排132之外，更將第一表 面11以及第二表面12戶斤分別配置的通用序列匯流排131 與序列匯流排132以·交錯方式設置，於正常使用本發 明通用序列匯流排裝置時，僅能觸發第一功能電路的功 月b，當本發明通用序列匯流排裝置配合轉接裝置如一起 使用時，則僅能觸發第二功能電路的功能，藉此可以避免 通用序列匯流排裝置的誤插而觸發不需要的功能，並且通 φ 用序列匯流排裝置和外部通用序列匯流排介面都無須做 任何防誤插或者更動，而且可以用單一電路板的佈局電路 使單一通用序列匯流排裝置具備兩種功能的效果。 接著，以下將說明本發明通用序列匯流排裝置的第二 實施態樣，並請同時參考「第3A圖」所示，「第3A圖」 繪不為本發明通用序列匯流排裝置第二實施態樣立體分 解圖。 本發明所揭露之通用序列匯流排裝置，於第二實施態 Φ 樣中包含：第一電路板40、第二電路板50及殼體60。 請同時配合「第3A圖」以及「第ία圖」所示，首 先要說明第二實施態樣與第一實施態樣的差異，在第一實 施悲樣於電路板10的第一表面11以及第二表面12分別 配置有第一功能電路以及第二功能電路’在第二實施態樣 . 則於第一電路板40上配置第一功能電路，以及於第二電 路板50上配置第二功能電路。 並且第一實施態樣透過由電路板一側所延伸設置 15 201025751 的電性連接埠13上的第一表面π以及第二表面12分別 配置有通用序列匯流排131與序列匯流排132，並且將電 ! 生連接埠13中通用序列匯流排131電性連接於電路板1〇 上第功旎電路’以及將電性連接埠丨3中序列匯流排132 電性連接於電路板10上第二功能電路。 第二實施態樣則由第一電路板4〇 —侧延伸設置第一 電性連接埠41，並且第一電性連接埠41配置有通用序列 匯/VIL排42，以及由第二電路板50 —g 連接埠51配置有序列匯流排52,並且通用序列匯流排42 以及刀別與第一電路板4〇上配置第一功能電路，以及與 第二電路板50上配置第二功能電路分別形成電性連接。 接著，殼體60具有第一容置空間61及第二容置空間 62，用以分別將第一電路板4〇及第二電路板50容置於殼 體6〇内’並於殼體60之一側開設有第一開口 &及第二 開口 64 ’用以將第—電性連接埠41及第二電性連接痒y 反向設置於殼體60外，以形成本發明卿序舰流排裝 置，並請參照「第3B圖」所示，「第3B圖」矣會示為本發 明通用序舰流職置第二實施祕立體組合圖。 明再次參照「第3A圖」所示，值得注意的是第_電 性連接槔41及第二電性連接埠51縣度可以不一致，並 且第二電性連接埠51的長度以不超過第-紐連接槔41 的長度為關’並且第二雜連解51的長度需要小於 第-電性連接埠41標準顧序舰流齡_深度，藉 16 201025751 此還可以設計胁誤插設計，使得第-紐連接埠41及 第二電性連财51呈現前後交錯設置，並 料41設置於第二電性連接物之前，在第-電 Γ1及第二電性連接埠51的長度不—致的情況時，第-祕連鱗4丨的物卩為鱗·相 插設計時的厚度’即可以將第—電性連接璋二= 準通用序舰流排介面（圖中錄示）形成紐連接藉When the electrical material 13 is electrically connected to the adapter bus bar 32 in the adapter device 0 by the first surface u, the electrical connection can be formed due to the internal rotation of the adapter device. Sex connection I, = ' _ connection device 3 〇 _ transfer squad Μ can not be electrically connected with the general sequence 2, 131, then _ 2 outside the transfer device %, bus bar 31 and external standard universal sequence bus The interface (electrical connection of the flow diagrams) is due to the transfer of the transfer device 3". The circuit is not designed to be electrically connected to the common-sequence busbar 131 on the electrical connection port 13. In part, therefore, the universal serial bus strip of the present invention in the socket assembly 30 201025751 will not be able to trigger the function of the first functional circuit on the circuit board 10 through the universal serial bus (3) on the electrical connection port 13. When the face-to-face squaring mx 帛 two surface 121 is connected to the arranging bus bar 32 in the 30, the relative position of the arranging slabs 32 in the adapter device 3 to form an electrical connection is electrically connected. The rear end of the 埠n is transferred to the i 30 (10) transfer bus bar 32, which can be connected to the electrical port. The serial bus bar 132 is electrically connected, and the standard universal serial bus bar 31 outside the switching device 3 is electrically connected to the external standard universal serial bus interface (not shown), because the switching device 3 The transfer bus bar 32 in the case is electrically connected to the serial bus bar 132 on the electrical connection band 13. Thus, the function of the second function circuit on the circuit board 10 can be triggered through the sequence bus bar 132. The 2A to 2C diagrams show that the standard universal sequence bus bar 31 and the transfer bus bar 32 are located on the same side of the housing % (as shown in the upper side). In addition, the standard universal serial bus bar 31 and the transfer bus bar 32 are one of the electrical connection presentation modes. In addition, the standard universal sequence bus bar 31 and the transfer bus bar % may also be located on opposite sides of the housing 33. It can be included in the application scope of the present invention. In summary, the universal serial busbar device of the present invention removes the standard-quasi-sequence serial bus bar anti-missing design, but transmits the first through the electrical connection port 13 Surface 1 1 and the 201025751 universal sequence bus bar 131 and the sequence bus bar 132 respectively disposed on different surfaces of the second surface 12, and the universal sequence bus bar 131 and the sequence confluence respectively configured by the first surface 11 and the second surface 12 The rows 132 are arranged in an interleaved manner, and when the universal serial busbar device of the present invention is normally used, only the power month b of the first functional circuit can be triggered. When the universal serial busbar device of the present invention is used together with the switching device, Only the function of the second function circuit can be triggered, thereby avoiding the mis-insertion of the universal serial bus device and triggering the unnecessary function, and the serial bus device and the external universal serial bus interface do not need to make any error prevention. Plug or change, and a single board layout circuit can be used to make a single universal serial bus device have two functions. Next, a second embodiment of the general-purpose serial busbar device of the present invention will be described below, and please refer to "3A" as shown in the following, and "3A" is not the second embodiment of the universal serial busbar device of the present invention. A stereo exploded view. The universal sequence busbar device disclosed in the present invention includes a first circuit board 40, a second circuit board 50, and a housing 60 in the second embodiment. Please also explain the difference between the second embodiment and the first embodiment in conjunction with the "FIG. 3A" and the "FIG. 3A". The first embodiment is sad in the first surface 11 of the circuit board 10 and The second surface 12 is respectively configured with a first functional circuit and a second functional circuit 'in the second embodiment. The first functional circuit is disposed on the first circuit board 40, and the second function is disposed on the second circuit board 50. Circuit. And the first embodiment is configured with a common sequence bus 131 and a sequence bus 132 respectively through the first surface π and the second surface 12 on the electrical connection 埠 13 extending from one side of the circuit board 15 201025751, and The common serial bus bar 131 of the raw connection port 13 is electrically connected to the first power circuit of the circuit board 1 and the second function of the serial bus bar 132 of the electrical connection port 3 is electrically connected to the circuit board 10. Circuit. In the second embodiment, the first electrical connection port 41 is extended from the first circuit board 4 side, and the first electrical connection port 41 is configured with the universal serial port/VIL row 42 and by the second circuit board 50. The -g port 51 is provided with a sequence bus bar 52, and the universal sequence bus bar 42 and the first circuit board 4 are disposed on the first circuit board 4A, and the second circuit board 50 is disposed on the second circuit board 50, respectively. Electrical connection. Then, the housing 60 has a first accommodating space 61 and a second accommodating space 62 for respectively receiving the first circuit board 4 and the second circuit board 50 in the housing 6 并 and in the housing 60 One side opening is provided with a first opening & and the second opening 64' is used for reversely disposing the first electrical connection port 41 and the second electrical connection itch y outside the housing 60 to form the invention ship For the flow-discharging device, please refer to the "3B Figure", and the "3B Figure" will be shown as the second embodiment of the general sequence of the ship. Referring again to the "Fig. 3A", it is worth noting that the _ electrical connection 槔 41 and the second electrical connection 埠 51 can be inconsistent, and the length of the second electrical connection 埠 51 does not exceed the first - The length of the new port 41 is OFF' and the length of the second hybrid solution 51 needs to be smaller than the first electrical connection 埠41 standard order ship age _ depth, by 16 201025751, it is also possible to design a design for the wrong insertion, so that - New connection port 41 and second electric connection money 51 are arranged in a staggered arrangement, and the material 41 is disposed before the second electrical connection, and the lengths of the first electric circuit 1 and the second electrical connection 51 are not In the case of the case, the material of the first-secret scales is the thickness of the scales and the phase-insertion design, that is, the first-electrical connection =2 = the quasi-universal order ship flow interface (recorded in the figure) can form a new connection. borrow
以透過第一電性連接埠41中通用序列匯流排42觸發第-電路板40上的第一功能電路的功能。 &錄要觸發第二電路板％上的第二功能電路的功 月仍然需透過轉接震置3〇 (請參考「第2A圖」所 不）’詳細朗請參照第—實絲樣巾的，在此不再 進订贅述，射’由於第—電性連料41及第二電性連 接璋51的長度可以不一致，因此，轉接裝置30内的轉接 匯流排32係需要配合第一電性連接槔41以及第二電性連 接槔51的相對長度以及標準通用序列匯流排％以及轉接 =流排32配置於殼體33的相對位置進行設計，藉以達到 第一電性連鱗51與轉接匯流排32形成電性連接的目 的’藉此可以達到另一種防誤插的設計效果，此概念仍可 適用於第一實施態樣中。 、綜上所述，本發騎用序舰流排裝置賴移除了標 準通用序舰流排防赌設計，但是透過第—電性連接蜂 41以及第二紐連接槔51所分別配置的通用序列匯流排 17 201025751 42與序列匯流排52之外，更將第-電性連鱗41及第 電改連接蟑42呈現前後交錯並反向設置，於正常使用 2騎用序雇麵裝置時，僅_發第-功能電路的 功月&，當本發明通用序列匯流排裝置配合轉接裝置一 起使用時，則僅能觸發第二功能電路的功能，藉此可以避 免通用序賴流排裝置的誤插_料需要的功能，並且 通用序舰流排裝置和外部朝序酿流排介面都無須 ❿ 雌何眺插或者更動，而且可簡單-f路板的佈局電 路使單-通用序顺流排裝置具備兩種功能的效果。 總結而言，可知本發明與先前技術之間的差異在於本 發明係在單相隨鍵置兩面分別設置具通用 序列匯流排的第-魏電路以及具序舰流排的第二功 能電路’當分別透過通用序列匯流排介面以及序列匯流排 介面進行電性連接時’可以對應觸發通用序列匯流排裝置 的第一功能電路或第二功能電路以啟動不同功能，使得在 Φ 單一通用序列匯流排裝置上達成雙重功能的功效。 藉由此一技術手段可以來解決先前技術所存在通用 序列匯OIL排裝置需要對通用序列匯流排以及通用序列匯 流排介面進行設計，以及進行防誤插設計所導致無法適用 於標準通用序列匯流排的問題’進而達成不需更動標準通 . 用序列匯流排介面的前提下提供具雙重功能之通用序列 匯流排裝置的技術功效。 雖然本發明所揭露之實施方式如上，惟所述之内容並 201025751 非用以直接限定本發明之專利保護範圍。任何本發明所屬 技術領域中具有通常知識者，在不脫離本發明所揭露之精 神和範圍的前提下，可以在實施的形式上及細節上作些許 之更動。本發明之專利保護範圍，仍須以所附之申請專利 ' 範圍所界定者為準。 【圖式簡單說明】 第1A圖繪示為本發明通用序列匯流排裝置第一實施 態樣立體分解圖。The function of the first functional circuit on the first circuit board 40 is triggered by the universal serial bus 42 in the first electrical port 41. & The triggering of the second function circuit on the second board % is still required to be activated by the transfer 3 (please refer to "2A"). The details of the first electrical connection 41 and the second electrical connection 51 may not be the same. Therefore, the transfer bus 32 in the adapter 30 needs to cooperate with the first. The relative lengths of an electrical connection port 41 and the second electrical connection port 51 and the standard universal sequence bus bar % and the transfer position of the transfer line 32 disposed in the housing 33 are designed to achieve the first electrical connection scale. The purpose of forming an electrical connection with the transfer busbar 32 is to achieve another design effect of preventing mis-insertion, and this concept is still applicable to the first embodiment. In summary, the present riding sequence ship platoon device removes the standard general-purpose ship platoon anti-gambling design, but the GM is configured by the first-electric connection bee 41 and the second-new connection port 51 respectively. The sequence bus bar 17 201025751 42 and the sequence bus bar 52, in addition, the first-electricity squall 41 and the electric switch 蟑 42 are staggered and arranged in reverse, when the normal use 2 riding the hiring device, Only the function month of the first-function circuit is used, when the universal sequence bus device of the present invention is used together with the switching device, only the function of the second function circuit can be triggered, thereby avoiding the general-purpose sequence device The mis-insertion _ material needs the function, and the general-order ship flow arranging device and the external directional flow channel interface do not need to be 雌 眺 眺 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌 雌The flow device has the effect of two functions. In summary, it can be seen that the difference between the present invention and the prior art is that the present invention is to provide a first-wei circuit with a universal sequence bus and a second functional circuit of a sequential ship's row on both sides of the single-phase with the key. When the electrical connection is made through the universal serial bus interface and the serial bus interface respectively, the first functional circuit or the second functional circuit of the universal serial bus device can be triggered to activate different functions, so that the single universal serial bus device in Φ Achieve dual functions. By means of this technology, the general sequence of the OIL row device in the prior art needs to design the universal sequence bus and the universal sequence bus interface, and the anti-missing design is not applicable to the standard universal sequence bus. The problem 'further achieves no need to change the standard pass. The technical effect of the dual-function universal serial bus arrangement is provided on the premise of the serial bus interface. The embodiments of the present invention are as described above, but the contents and 201025751 are not intended to directly limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is a perspective exploded view showing the first embodiment of the universal serial busbar device of the present invention.
fP 第1B圖繪示為本發明通用序列匯流排裝置第一實施 悲樣立體組合圖。 第2A圖繪示為本發明轉接裝置立體圖。 第2B圖繪示為本發明通用序列匯流排裝置與轉接裝 置進行轉接時剖面示意圖。 第2C圖繪示為本發明通用序列匯流排裝置與轉接装 置進行轉接時放大剖面示意圖。 Φ 第3A圖繪示為本發明通用序列匯流排裝置第二實施 悲樣立體分解圖。 第3B圖繪示為本發明通用序列匯流排裝置第二實施 態樣立體組合圖。 【主要元件符號說明】 • 1〇 電路板 11 第一表面 12 第二表面 201025751 13 131 132 - 20 - 30 31 32fP Fig. 1B is a perspective view showing the first embodiment of the universal sequence busbar device of the present invention. 2A is a perspective view of the adapter device of the present invention. FIG. 2B is a cross-sectional view showing the general sequence busbar device and the switching device of the present invention when they are transferred. FIG. 2C is a schematic cross-sectional view showing the generalized serial busbar device and the switching device of the present invention when they are transferred. Φ Fig. 3A is a perspective exploded view showing the second embodiment of the universal serial busbar device of the present invention. Figure 3B is a perspective view of a second embodiment of the universal sequence busbar arrangement of the present invention. [Main component symbol description] • 1〇 Board 11 First surface 12 Second surface 201025751 13 131 132 - 20 - 30 31 32
33 (A 34 40 41 42 50 51 52 60 61 62 63 64 電性連接埠 通用序列匯流排 序列匯流排 殼體 轉接裝置 標準通用序列匯流排 轉接匯流排 殼體 金屬導線 第一電路板 第一電性連接埠 通用序列匯流排 第二電路板 第二電性連接埠 序列匯流排 殼體 第一容置空間 第二容置空間 第一開口 第二開口 2033 (A 34 40 41 42 50 51 52 60 61 62 63 64 Electrical connection 埠 Universal sequence busbar sequence Busbar housing Adapters Standard universal sequence Busbar adapter Busbar housing Metal conductor First board First Electrical connection 埠 universal sequence busbar second circuit board second electrical connection 埠 sequence busbar housing first accommodating space second accommodating space first opening second opening 20