200805078 九、發明說明： 【發明所屬之技術領域】 本發明提供一種可連接外接擴充模組之可攜式電子系 =了種可於顯示模組上連接外接擴充模組之可攜式 【先前技術】 市面上筆記型電腦的設計 攜帶。除此之外，還針對使用者使用以方便使用者 種周邊影音辅助之魏，舉更結合各 技術之發展，網路攝影機之二^ 人間之距離。 ㈢及，猎以拉近人與 建式以式型用網路攝影機可分為内 電腦之液晶顯示榮幕構件中，影:多置於筆記型 調整視角之功能，但礙機η、構⑦計來達到旋轉 影機皆為單軸自由度間限制’内建式之網路攝 轉而無法左右旋轉：二，攝影機只能上下旋 之液晶顯示螢幕會使得液置於筆記型電腦 筆記型電腦整體厚度增加，而 h增加’進而造成 …、在達到輕薄短小的效果。 外接式網路攝影機 之0 又置方式請參閱第1 圖，第 圖 6 200805078 為習知一筆記型電 意圖。外接式網路攝^路攝影機12之示 議’連接於鏡_，:來; 18,連接於—__14 “力以及夾具 鏡頭T夾式:筆路:ί機12通常需利用可調整之夾具18將 連接_4 ==顯鄕㈣ 上的連接㈣，型電腦】〇之主機22 湖镜線，且連接埠24可為刪連接璋中、、見線】6可為 因此在使用外接式網路攝影機U時有諸多不便 :::如:使用者必須額外攜帶外接式網路攝影機12之纜 上之不便，且多了用而造成攜帶 用整體使用空間，而造成使用上之不便/見線16,亦會佔 【發明内容】 之上連接外接擴充模組 之式I子糸統，以解決習知技術中的問題。 本發明之t請專利範11係揭露—種 組之可攜式電子系統，其包含有— 卜接擴充模 才同式1¾，其包含有 200805078 一主機模組，其包含有一第一殼體，以及一主機，安裝於 該第一殼體内，用來控制該可攜式電腦之運作。該可攜式 電腦另包含有一顯示模組，連接於該主機模組，該顯示模 組包含有一第二殼體，其一側係設有一連接埠，電連接於 該主機，以及一顯示螢幕，安裝於該第二殼體内且電連接 於該主機，用來顯示該主機所傳來之影像訊號。該可攜式 電腦另包含有一外接擴充模組，其包含一連接頭，以可拆 卸之方式連接於該第二殼體上之該連接埠。 本發明之申請專利範圍係另揭露一種可連接一外接擴 充模組之可攜式電腦，其包含有一主機模組，其包含有一 第一殼體，以及一主機，安裝於該第一殼體内，用來控制 該可攜式電腦之運作。該可攜式電腦另包含有一顯示模 組，連接於該主機模組，該顯示模組包含有一第二殼體， 其一侧係設有一連接埠，電連接於該主機，用來連接一外 接擴充模組，以及一顯示螢幕，安裝於該第二殼體内且電 連接於該主機，用來顯示該主機所傳來之影像訊號。 本發明之申請專利範圍係另揭露一種可連接外接擴充 模組之可攜式電子系統，其包含有一可攜式電腦，其包含 有一主機模組，其包含有一第一殼體，以及一主機，安裝 於該第一殼體内，用來控制該可攜式電腦之運作。該可攜 式電腦另包含有一顯示模組，連接於該主機模組，該顯示 8 200805078 模組包含有一第一殼體，其一侧係設有一連接埠，電連接 於該主機，以及一顯示螢幕，安裝於該第二殼體内且電連 接於該主機，用來顯示該主機所傳來之影像訊號。該可攜 式電腦另包含有一外接擴充模組，其包含一連接頭，以可 拆卸之方式連接於該第二殼體上之該連接琿，以及一第一 轉轴，用來k供該外接擴充模組一第一旋轉自由度。 【實施方式】 有關本發明第一較佳實施例之說明，敬請參閱下述說 明。第2圖為本發明第一較佳實施例可攜式電子系統3〇的 功能方塊圖。可攜式電子系統30包含可攜式電腦32與外 接擴充模組52。於本實施例中，可攜式電腦32為筆記型 電腦(Laptops)，在其他實施例中，可攜式電腦32可為平板 型電腦(Tablet PC)、掌上型電腦(Palmt〇ps)、或超級行動電 腦(UMPC)。上述可攜式電腦32包含主機模組34與顯示模 組40。主機模組34更包含有第一殼體％與安裝於第—嗖 體36中的主機38，其中主機38用以控制可攜式電腦u 之運作。 顯示模組40更包含有第二殼體42與顯示螢幕5〇。第 二殼體42之一侧設有連接埠44。於本實施例中，連接埠 44设置於第二殼體42之上側，在其他實施例中，連接埠 44可設置於第二殼體42之旁侧等任何一侧，其設置蠕视 9 200805078 設計需求而定。 於本實施例中，連接琿44為小型萬用串列匯流排(mini universal serial bus，Mini-USB)介面，在其他實施例中，連 接埠44可為萬用串列匯流排(Universal Serial Bus，USB)、 或高速串列傳輸(IEEE1394)等介面。連接埠44電連接於主 機38，例如以内部走線之方式連接於主機38之主機板等。 連接埠44包含有用來傳輸資料之第一資料傳輸介面46以 及用來傳輸電力之第一電力傳輸介面48。上述顯示螢幕50 女裝於第二殼體42内且電連接於主機38，用來顯示主機 38所傳來之影像訊號。 於本貝施例中，外接擴充模組52為網路攝影機。上述 外接擴充模組52包含連接頭54，其制來以可拆卸之方 式連接於第二殼體42上之連接埠44。連接頭54之傳輸介 面規格對應於連料44之傳輸介面規格，所以連接頭54 可為miniUSB、USB、或IEEEm4等介面連接頭％更 包含有第二資料傳輸介面56 ’用來於連接頭54連接於連 ，車44 k ’與第1料傳輸介面46進行資料傳輸，以及 ^二電力傳輸介面58，用來於連接頭54連接於連接璋44 化’接收第一電力傳輸介面58所傳來之電力。 藉由上述制，應可理解本發明第—較佳實施例之功 200805078 能方塊_各個方塊的基本功效及其連接_。接下來， 將說明第-較佳實施例實施的情形。第3圖為本發明第一 較佳實施例外接擴充模組52連接於可攜式電腦^之外觀 不意圖。有關其說明，亦請-併參照第2圖。由於本實施 =中，外接擴充模組52為網路攝影機，所以外接擴充模組 包含網路攝影機鏡頭6〇，麵合於連接頭Μ，第一轉轴 幻’以可轉動之方式連接於網路攝影機鏡頭6〇，用來提供 網路攝影機鏡頭54於X方向之旋轉自由度，以及第二轉軸 64 ’以可轉動之方式連接於連接頭54，縣提供網路攝影 機鏡頭60於γ方向之旋轉自由度。 ’ 當外接擴充模組52之連接頭54插人可攜式電腦Μ 連接埠44時，網路攝影機鏡頭6G所錄之影像資料 由，接頭54之第二資料傳輸介面56傳輸至連接璋料之第 —資料傳輸介面46,由於連接埠44係可以内部走線之方 =連接於域38之域板等，故主機％可處理外接擴 柄組52所傳來之影像資料。 /、 人此外，主機模組34可透過連接埠44之第一電力傳輸 介面48傳輸電力至連接頭54之第二電力傳輸介面％，二 二對外接擴錢組52騎供電，故外接擴充餘52無須9 7外連接其他電源裴置。當然，在其他實施中，外接擴充 模組52亦可能包含有電池單元，此時，連接埠44之^ — 11 200805078 電力傳輸介面48與連接頭54之第二電力傳輸介面58可以 不設計。 當外接擴充模組52藉由連接頭54與連接槔44之機構 連接固定於顯示模組40之第二殼體42之上侧時，使用者 可藉由旋轉第一轉轴62與第二轉軸64來達到調整網路攝 影機鏡頭60之視角之目的，意即網路攝影機鏡頭6〇可達 到雙轴(X方向、丫方向）之旋轉自由度，而提供使用者更大 之拍攝角度自由度。 此外，可攜式電腦32之第一殼體36之一侧設有一插 槽66。於本實施例中，插槽66為快速周邊元件連接介面 (Peripheral Component Interface-Express，PCI-E)卡插槽，在 其他實施例中插槽66可為個人電腦記憶卡國際協會 (Personal Computer Memory Card International Association, PCMCIA)介面、或周邊元件連接介面（peripheral Component Interface，PCI)等插槽。於本實施例中，外接擴充模組52 之尺寸設計符合插槽66之容納空間尺寸，例如：插槽66 之厚度（高度）為5 mm，寬度為54 mm，而外接擴充模組52 之後度為4·5 mm。所以，插槽66可用來容納由連接埠44 上拆卸下來之外接擴充模組52，藉由利用可攜式電腦32 容納外接擴充模組52，可增加可攜式電子系統30整體攜 帶之便利性。藉此，可解決習知攜帶外接式網路攝影機之 12 200805078 不便。 由於筆記型電腦已經被商務人士廣泛地使用，而商務 人士們在在需要在各個國家洽談業務，所以在往來各個國 豕返中’仍會在飛機上辦公。一般來說，當晚上時，雖然 飛機上會提供照明用的小燈，但是小燈的亮度通常是不夠 的，例如：鍵盤上的字可能仍無法看清楚。所以，本發明 第一實施例提供一解決方案來解決上述問題。200805078 IX. Description of the Invention: The present invention provides a portable electronic system that can be connected to an external expansion module. 】 Designed to carry on the notebook computer in the market. In addition, it is also used by users to facilitate the user to plant peripheral audio and video assistance, and to combine the development of various technologies, the distance between the two cameras. (3) And, hunting to close people and building type network camera can be divided into the liquid crystal display of the internal computer components, shadow: more in the notebook to adjust the viewing angle function, but the machine η, structure 7 It is counted to achieve the limitation of single-axis freedom between the rotary cameras. The built-in network camera can't rotate left and right: Second, the camera can only rotate the LCD screen up and down to make the liquid on the notebook computer. The overall thickness increases, and h increases, which in turn causes ... to achieve a light, thin and short effect. For the external network camera 0, please refer to Figure 1, Figure 6 200805078 is a conventional notebook type. External network camera 12 camera's discussion 'connected to the mirror _,: come; 18, connected to -__14 "force and fixture lens T clip type: stroke: ί machine 12 usually needs to use adjustable fixture 18 Will connect _4 == display (4) on the connection (four), computer] 〇 主机 host 22 lake mirror line, and the connection 埠 24 can be deleted connection, see the line] 6 can be used in the external network There are a lot of inconveniences when the camera U is used::: If the user has to carry the extra cable of the external network camera 12, the user has to use the overall space for the use, which causes inconvenience in use/see line 16 The invention will also be used to solve the problems in the prior art by connecting the external expansion module of the external expansion module. The invention of the present invention is disclosed in the specification of the portable electronic system. The method includes a hub module, which includes a 200805078 host module, and includes a first housing, and a host mounted in the first housing for controlling the portability The operation of the computer. The portable computer further includes a display module connected to the The display module includes a second housing, and a connecting port is disposed on one side thereof, electrically connected to the main body, and a display screen is mounted in the second housing and electrically connected to the main body. The portable computer includes an external expansion module, and includes a connector that is detachably connected to the connection port on the second housing. The patent application scope further discloses a portable computer that can be connected to an external expansion module, comprising a host module, comprising a first housing, and a host mounted in the first housing, To control the operation of the portable computer, the portable computer further includes a display module connected to the host module, the display module includes a second housing, and a connecting port is arranged on one side thereof. Connected to the host for connecting an external expansion module, and a display screen, installed in the second housing and electrically connected to the host for displaying the image signal transmitted by the host. The application of the present invention The invention further discloses a portable electronic system capable of connecting an external expansion module, comprising a portable computer, comprising a host module, comprising a first housing, and a host mounted on the first a housing for controlling the operation of the portable computer. The portable computer further includes a display module connected to the host module, the display 8 200805078 module includes a first housing, one of which The side system is provided with a connecting port electrically connected to the host, and a display screen is installed in the second casing and electrically connected to the host for displaying an image signal transmitted by the host. The portable computer Further comprising an external expansion module, comprising a connector, the connection port detachably connected to the second housing, and a first rotating shaft for the first external expansion module Rotational degrees of freedom. [Embodiment] For the description of the first preferred embodiment of the present invention, refer to the following description. Figure 2 is a functional block diagram of a portable electronic system 3A according to a first preferred embodiment of the present invention. The portable electronic system 30 includes a portable computer 32 and an external expansion module 52. In this embodiment, the portable computer 32 is a laptop (Laptops). In other embodiments, the portable computer 32 can be a tablet PC, a palmtop (Palmt), or Super Mobile Computer (UMPC). The portable computer 32 includes a host module 34 and a display module 40. The host module 34 further includes a first housing % and a host 38 mounted in the first body 36, wherein the host 38 is used to control the operation of the portable computer u. The display module 40 further includes a second housing 42 and a display screen 5A. One side of the second housing 42 is provided with a port 44. In this embodiment, the connecting jaws 44 are disposed on the upper side of the second housing 42. In other embodiments, the connecting jaws 44 can be disposed on either side of the second housing 42 or the like, which is provided with a sneak peek 9 200805078 Depending on the design needs. In this embodiment, the connection port 44 is a mini universal serial bus (Mini-USB) interface. In other embodiments, the connection port 44 can be a universal serial bus (Universal Serial Bus). , USB), or high-speed serial transmission (IEEE1394) and other interfaces. The port 44 is electrically connected to the host 38, for example, to the motherboard of the host 38, etc., by internal routing. The port 44 includes a first data transmission interface 46 for transmitting data and a first power transmission interface 48 for transmitting power. The display screen 50 is mounted in the second housing 42 and electrically connected to the host 38 for displaying the image signal transmitted by the host 38. In the example of the present embodiment, the external expansion module 52 is a network camera. The external expansion module 52 includes a connector 54 that is detachably connected to the port 44 on the second housing 42. The transmission interface specification of the connector 54 corresponds to the transmission interface specification of the binder 44, so the connector 54 can be a miniUSB, USB, or IEEEm4 interface connector. The % further includes a second data transmission interface 56' for the connector 54. Connected to the connection, the vehicle 44 k 'transmits data with the first material transmission interface 46, and the second power transmission interface 58 is used to connect the connector 54 to the connection port 44 to receive the first power transmission interface 58. Electricity. By the above system, it should be understood that the basic function of the first and preferred embodiments of the present invention can be understood. Next, the case where the first preferred embodiment is implemented will be explained. FIG. 3 is a view showing the appearance of the first embodiment of the present invention in which the extension module 52 is connected to the portable computer. For the description, please also - and refer to Figure 2. In this implementation, the external expansion module 52 is a network camera, so the external expansion module includes a network camera lens 6 〇, which is integrated with the connection head Μ, and the first rotation axis is rotatably connected to the network. The road camera lens 6 is used to provide the degree of freedom of rotation of the webcam lens 54 in the X direction, and the second shaft 64' is rotatably connected to the connector 54. The county provides the webcam lens 60 in the gamma direction. Rotational degrees of freedom. When the connector 54 of the external expansion module 52 is plugged into the portable computer Μ port 44, the video data recorded by the network camera lens 6G is transmitted from the second data transmission interface 56 of the connector 54 to the connection data. The first data transmission interface 46, because the connection 44 can be internally routed = the domain board connected to the domain 38, etc., the host % can process the image data transmitted by the external expansion unit 52. In addition, the host module 34 can transmit power to the second power transmission interface % of the connector 54 through the first power transmission interface 48 of the connection port 44, and the external expansion group 52 can supply power to the external expansion group 52. 52 No need to connect 9 7 other power supply. Of course, in other implementations, the external expansion module 52 may also include a battery unit. In this case, the power transmission interface 48 of the connection port 44 and the second power transmission interface 58 of the connector 54 may not be designed. When the external expansion module 52 is fixed to the upper side of the second housing 42 of the display module 40 by the mechanism of the connector 54 and the connector 44, the user can rotate the first shaft 62 and the second shaft. 64 to achieve the purpose of adjusting the viewing angle of the network camera lens 60, that is, the network camera lens 6 can achieve the rotation freedom of the two axes (X direction, 丫 direction), and provide users with greater freedom of shooting angle. In addition, one side of the first housing 36 of the portable computer 32 is provided with a slot 66. In this embodiment, the slot 66 is a Peripheral Component Interface-Express (PCI-E) card slot. In other embodiments, the slot 66 can be a Personal Computer Memory (Personal Computer Memory). Card International Association, PCMCIA) interface, or peripheral component interface (PCI) and other slots. In this embodiment, the external expansion module 52 is sized to fit the storage space of the slot 66. For example, the thickness (height) of the slot 66 is 5 mm, the width is 54 mm, and the external expansion module 52 is It is 4·5 mm. Therefore, the slot 66 can be used to accommodate the external expansion module 52 removed from the connector 44. By using the portable computer 32 to accommodate the external expansion module 52, the overall convenience of the portable electronic system 30 can be increased. . Therefore, it can solve the problem of carrying an external network camera 12 200805078 inconvenience. Since notebook computers have been widely used by business people, and business people are in need of business negotiations in various countries, they will still be on the plane when they return to various countries. Generally speaking, at night, although small lights for lighting are provided on the aircraft, the brightness of the small lights is usually insufficient. For example, the words on the keyboard may still be unclear. Therefore, the first embodiment of the present invention provides a solution to solve the above problems.
於本發明第二較佳實施例中，外接擴充模組52為照明 裝置°第4圖為本發明第二較佳實施例之外接擴充模址52 =於可攜式電腦32之外觀示意圖。料接㈣模組52 γ’、、、月褒置％，外接擴充模組52包含一照明單元⑽，耦 接頭!4,照明單元68可由至少一發光二極體組成。 迫44擴充核址52之連接頭54插入可攜式電腦32之連接 面可透過連接埠Μ之第-電力糧 ㈣j 連接頭54之第二電力傳輪介面％，藉以 接68進行供電，故外接擴充模組52無須額外連 源裝置，照明單元68可照明可攜式電腦32之主 用上之_，故❹切光線不足之魏下仍可使 以可接擴充模組52另包含-第三轉軸7。， 於χ方^ ^接於Μ單元68,絲提供㈣單元68 °之旋轉自由度，以提供使用者不同之照明角度。 13 200805078 ’本發明較佳實施例所提供 腦 相較於習知之可攜式電 之可攜式電腦透過安罗於_ 充模組’例如網路攝影機或::::::連接埠連接外接擴 機鏡頭可達嶋⑽自 電 拍攝角度自域，此外外接擴錢組可被收納至可 腦之插槽中，喊供了使㈣帶上相當之便利性。心 【圖式簡單說明】 第1圖為習知筆記型電腦連接外接式網路攝影機之示意圖。 第2圖為本發明可攜式電腦之功能方塊示意圖。 第3圖為本發明外接擴充模組連接於可攜式電腦之外觀示 思圖。 第4圖為本發明另一實施例外接擴充模組連接於可推式電 腦之外觀示意圖。 ^ 【主要元件符號說明】 10 1 A 筆記型電腦 12 外接式網路攝影機 14 鏡頭 16 纜線 18 失具 20 液晶顯示螢幕 14 200805078 22 主機 24 連接埠 30 可攜式電子系統 32 可攜式電腦 34 主機模組 36 第一殼體 38 主機 40 顯示模組 42 第二殼體 44 連接埠 46 第一資料傳輸介面 48 第一電力傳輸介面 50 顯示螢幕 52 外接擴充模組 54 連接頭 56 第二資料傳輸介面 58 第二電力傳輸介面 60 網路攝影機鏡頭 62 第一轉轴 64 第二轉軸 66 插槽 68 照明單元 70 第三轉轴 ❿ 15In the second preferred embodiment of the present invention, the external expansion module 52 is an illumination device. FIG. 4 is a schematic diagram showing the appearance of the external expansion module 52=the portable computer 32 according to the second preferred embodiment of the present invention. The component (4) module 52 γ', 、, 褒%, the external expansion module 52 includes a lighting unit (10), coupled to the connector 4, the lighting unit 68 can be composed of at least one light-emitting diode. The connection head 54 of the forced expansion site 52 is inserted into the connection surface of the portable computer 32, and the second power transmission interface interface of the first power-powered food (four) j connector 54 is connected to the power supply port of the connector 54 for power supply, so the external connection The expansion module 52 does not need to be connected to the source device, and the illumination unit 68 can illuminate the main use of the portable computer 32. Therefore, the expansion module 52 can be further included in the left-handed expansion module 52. Rotary shaft 7. , Yu Yufang ^ ^ connected to the unit 68, the wire provides (four) unit 68 ° rotation degrees of freedom to provide users with different lighting angles. 13 200805078 'The preferred embodiment of the present invention provides a portable computer that is more portable than a conventional portable electronic computer through an Anro _ charging module, such as a webcam or a :::::: connection. The lens of the machine can reach 嶋(10) from the angle of self-powered shooting, and the external expansion group can be stored in the slot of the brain, which is used to make the (4) bring considerable convenience. Heart [Simple description of the diagram] Figure 1 is a schematic diagram of a conventional notebook computer connected to an external network camera. 2 is a functional block diagram of a portable computer of the present invention. Fig. 3 is a perspective view showing the external expansion module of the present invention connected to a portable computer. FIG. 4 is a schematic diagram showing the appearance of an exception expansion module connected to a pushable computer according to another embodiment of the present invention. ^ [Main component symbol description] 10 1 A Notebook 12 External network camera 14 Lens 16 Cable 18 Loss 20 LCD screen 14 200805078 22 Host 24 Connection 埠 30 Portable electronic system 32 Portable computer 34 Host module 36 first housing 38 host 40 display module 42 second housing 44 connection 第一 46 first data transmission interface 48 first power transmission interface 50 display screen 52 external expansion module 54 connector 56 second data transmission Interface 58 second power transmission interface 60 network camera lens 62 first shaft 64 second shaft 66 slot 68 lighting unit 70 third shaft ❿ 15