M305913 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種具攝影功能之顯示面板構造，其 係在於顯示面板之外表板之延伸區内設置攝影模組，並整 合攝影模組之電路與顯示模組之電路為一電路板，而由單 一訊號傳輸件傳輸訊號者。 【先前技術】 按，目前3C產品中，已有於液晶顯示器的框架上設數 位攝影鏡頭之產品，最常見的為具有攝影功能之手機。 然而，上述產品實際上其數位攝影模組係獨立的，亦 即除了有數位攝影鏡頭，尚有獨立的電路板與訊號傳輸 件，對產品生產者而言，仍然必須將其數位攝影鏡頭安裝 在產品殼體上，及將其電路訊號傳輸件與主機電路板連接。 如此一來，不但在組裝上等於多組裝一台數位攝影 機，組裝工時與成本都會增加，而數位攝影模組的訊號傳 輸件，必然會佔據原來主機電路板所預留的訊號傳輸件連 接埠，從而減少主機外接擴充資源之機能。而且，在產品 整體設計上，必須將數位攝影模組擠入殼體空間内，更增 加設計上的限制，且在外觀上必然會留下明顯而突兀的造 形，視覺上較不美觀。 而在專利前案中，如US 2004/0212555 A卜US 6087648 A、EP 1357726 A卜 EP 1487196 A1 號、JP 2002-335432 A， 雖然也具有攝影功能，但是如US 2004/0212555 A1，在製 造時，攝影模組之鏡頭安設處，其疊層間之液晶或電路板 M305913 上之電鍍金屬，都必須另外處理阻隔防止液晶泡漏於該 區，或自該區除去金屬膜，以使鏡頭前方保持透明。事實 - 上，其作業程序繁複，而且成本高，並不符經濟效益。 • US 6087648 A只是揭露以半導體製程將受光感應電路 與驅動電路合併於一半導體電路基板，但，並不是揭露顯 示面板模組與攝影模組印刷電路板之電路之整合。由於， 以往顯示面板模組與攝影模組是分別獨立生產的，並沒有 看到兩者合併的產品或前案。現有產品的做法是兩模組分 _別製造好再拿來放在同一殼體裏，所以電路訊號分別連接 與傳輸，體積也很大。 至於EP 1357726 Al、EP 1487196 A1號，雖然是具有 攝影功能之手機。但是，均係在手機的框架殼體上或面板 ^ 的外框上設有攝影模組之鏡頭，而不是直接形成在類似面 板或面板的表板表面下方。 顯然，現有技藝將攝影模組設於顯示面板其邊框〔或 _裝置（Device)之殼體〕，明顯帶給製造者組裝不易、增加成 本、佔用主機板資源與外觀不易設計等缺失，並予使用者 一不具整體感之視覺印象。 另外，JP 2002-335432 A號，則為於手機面板内加裝 照明元件，以供瞬時短距離照明用。但，透過含液晶之面 板，其實照明效果並不佳，且將使液晶顯示面板阻擋攝影 鏡頭而無法拍攝。 【新型内容】 爰此，有鑑於習知顯示面板無法與攝影模組完全整合 6 M305913 使用，故本創作係在提供一種具攝影功能之顯示面板，而 讓生產者獲致易組裝、降低成本、利於設計整個產品之外 -觀等利用價值。 « 亦即，本創作係在顯示面板之外表板之延伸區内設置 攝影模組，並整合攝影模組之電路與顯示模組之電路為一 電路板，以利攝影模組拍攝之數位訊號直接轉換到顯示模 組與主機板，且由單一訊號傳輸件傳輸訊號。 本創作之一種具攝影功能之顯示面板構造，係包括： • 面板模組，係包括顯示板與外表板，該外表板大於顯示板， ' 且顯示板緊貼外表板，並外表板超出顯示板部份設有延伸 區，該延伸區為透明；攝影模組，係緊貼於面板模組之延 伸區；電路板，係包括訊號傳輸件，並整合面板模組之電 - 路與攝影模組之電路，而由訊號傳輸件傳輸訊號。 上述電路板為軟板。 上述電路板為印刷電路板。 0 上述延伸區内部設有2組攝影模組。 上述延伸區内設有照明件。 本創作具有下列之優點： 1. 面板模組與攝影模組已整合，組裝方便，節省組裝 工序與工時。 2. 因模組整合，總成本降低，而利於成品外觀設計。 【實施方式】 首先，請參閱第一圖及第二圖所示，本創作係包括： 面板模組（1)，係包括顯示板（11)與外表板（12)，該外 7 M305913 表板（12)大於顯示板（11)，且顯示板（11)緊貼外表板 (12) ’並外表板（12)超出顯示板（11)部份設有延伸區 (121)，該延伸區（121)為透明。 攝影模組（2)，係緊貼於面板模組（1)之延伸區（121)。 電路板（3)，係為軟板或一般之印刷電路板，其係包括 訊號傳輸件（31)與其他電子元件，並整合面板模組（1)之電 路與攝影模組（2)之電路，而由訊號傳輸件（31)傳輸訊號， 使攝影模組（2)拍攝之數位訊號直接轉換到既有的顯示模 組與主機板。 而上述組件係安裝在支撐件（4 )上，支撐件（4 )亦可以 是一邊框或產品之殼體，而讓本創作成一模組。另，延伸 區（121)之表面可加以塗裝而只留鏡頭區透光，藉之，於外 觀上不易感覺到安裝攝影鏡頭之視覺突兀感，而讓使用者 於視覺上僅感覺到顯示區以獲致較佳之視感。至於生產者 則可利於設計整個產品之外觀、並利於生產組裝攝影模組。 應用時，本創作之面板模組（1)可為電腦、電視、手機 或監視系統中所使用之液晶顯示面板〔LCD〕、電衆顯示面 板〔PDP〕、場發射顯示面板〔FED〕，背投影顯示器〔LCOS〕， 有機激光顯示面板〔OLED〕，電激發光顯示器〔EL〕及表 面電子發射顯示面板〔SED〕等諸如此類之平面顯示面板或 其匕顯示面板’而如第三圖至第五圖所示，依序為本創作 應用於手機、PDA、LCD之示意圖，其支撐件（4A)、（4B)、 (4C)分別其產品殼體〔當然包括面板模組（1A)、（1B)、（1C) 之邊框〕，面板模組（ΙΑ)、（IB)、（1C)之外表板（12A)、 8 M305913 (12B)、（12C)之延伸區（121A)、（121B)、（121C)分別設有 攝影模組（2A)、（2B)、（2C)。 在第六圖中，係為本創作應用於雙鏡頭產品之示意 圖，圖中LCD之殼體為支撐件（4D)〔包括面板模組（1D)之邊 框〕’而面板模組（1D)之外表板（12D)之延伸區（121D)設有 2組攝影模組（2D)，而可在使用者進行視訊會議時以立體攝 影提供逼真的影像。 第七圖係為本創作應用於具閃光燈之產品之示意圖， 圖中手機之殼體為支撐件（4E)〔包括面板模組（1E)之邊 框〕’而面板模組（1E)之外表板（12E)之延伸區（121E)設有 攝影模組（2E)及照明件（21E)，而照明件（21E)可為閃光燈 或 LED。 【圖式簡單說明】 第一圖係為本創作之構造示意圖[前視圖]。 第二圖係為第一圖之A - A剖視圖。 鲁第三圖係為本創作應用於手機之示意圖。 第四圖係為本創作應用於PDA之示意圖。 第五圖係為本創作應用於LCD之示意圖。 第六圖係為本創作應用於雙鏡頭產品之示意圖。 第七圖係為本創作應用於具閃光燈之產品之示意圖。 【主要元件符號說明】 (I) 、（1A)、（IB)、（1C)、（ID)、（1E) 面板模組 (II) 、（11A)、（11B)、（11C)、（11D)、（11E)顯示板 (12)、（12A)、（12B)、（12C)、（12D)、（12E)外表板 9 M305913 (121)、（121A)、（121B)、（121C)、（121D)、（121E)延伸區 (2) 、（2A)、（2B)、（2C)、（2D)、（2E) 攝影模組 (21E) 照明件 (3) 電路板 (31) 訊號傳輸件 支撐件 (4) 、 （4A) 、 （4B) 、 （4C) 、 （4D) 、 （4E)M305913 VIII. New Description: [New Technology Field] This creation is about a display panel structure with photographic function. It is based on the display panel to set the photographic module in the extension of the panel, and integrates the photographic module. The circuit of the circuit and the display module is a circuit board, and the signal is transmitted by a single signal transmission component. [Prior Art] According to the current 3C products, digital photographic lenses have been installed on the frame of liquid crystal displays, and the most common ones are mobile phones with photographic functions. However, the above products actually have their digital camera modules independent, that is, in addition to digital cameras, there are separate boards and signal transmission components. For product manufacturers, they must still install their digital cameras. The product housing and its circuit signal transmission member are connected to the host circuit board. In this way, not only is assembly of a digital camera equal to assembly, the assembly time and cost will increase, and the signal transmission component of the digital camera module will inevitably occupy the signal transmission component connection reserved by the original host circuit board. , thereby reducing the function of the host external expansion resources. Moreover, in the overall design of the product, the digital camera module must be squeezed into the housing space, which further increases the design constraints, and inevitably leaves a clear and abrupt shape in appearance, which is visually less aesthetically pleasing. In the case of the patents, for example, US 2004/0212555 A, US Pat. No. 6,086,048, EP 1 357 726 A, EP 1 487 196 A1, JP 2002-335432 A, although having a photographic function, as in US 2004/0212555 A1, at the time of manufacture The lens mount of the photographic module, the liquid crystal between the laminates or the galvanized metal on the circuit board M305913 must additionally handle the barrier to prevent liquid crystal bubbles from leaking in the area, or remove the metal film from the area to keep the front of the lens Transparent. In fact - the operating procedures are complex and costly and not economical. • US 6087648 A merely discloses the incorporation of a light-sensing circuit and a driver circuit into a semiconductor circuit substrate in a semiconductor process, but does not disclose the integration of the display panel module with the circuit of the photo module printed circuit board. Because the display panel module and the camera module were separately produced separately, there is no product or predecessor that sees the combination of the two. The existing product is a two-mode component _ not manufactured and then placed in the same housing, so the circuit signals are connected and transmitted separately, and the volume is also large. As for EP 1357726 Al, EP 1487196 A1, although it is a mobile phone with a photography function. However, the lens of the photographic module is provided on the frame of the mobile phone or on the outer frame of the panel ^, rather than directly under the surface of the surface of the similar panel or panel. Obviously, the prior art has the camera module disposed on the frame of the display panel (or the housing of the device), which obviously brings the manufacturer a difficulty in assembling, increases the cost, occupies the resources of the motherboard and is not easy to design, and gives The user does not have a visual impression of the overall feeling. In addition, JP 2002-335432 A is to install lighting components in the mobile phone panel for instantaneous short-distance lighting. However, through the LCD-containing panel, the lighting effect is not good, and the liquid crystal display panel will block the photographic lens and cannot be photographed. [New content] Therefore, in view of the fact that the conventional display panel cannot be fully integrated with the camera module 6 M305913, the present invention provides a display panel with photography function, which enables the producer to be easy to assemble, reduce the cost, and facilitate the production. Design the entire product outside - view and other use value. « In other words, the creation of the photographic module in the extension of the display panel outside the display panel, and the integration of the circuit of the photographic module and the circuit of the display module as a circuit board, in order to facilitate the digital signal captured by the photographic module directly Switch to the display module and the motherboard, and the signal is transmitted by a single signal transmission. The display panel structure with the photographic function of the present invention comprises: • a panel module comprising a display panel and an outer panel, the outer panel being larger than the display panel, and the display panel is close to the outer panel, and the outer panel is beyond the display panel Some of them have an extension zone, which is transparent; the camera module is closely attached to the extension of the panel module; the circuit board includes a signal transmission component, and integrates the electro-circuit and camera module of the panel module. The circuit is transmitted by the signal transmission component. The above circuit board is a soft board. The above circuit board is a printed circuit board. 0 There are 2 sets of camera modules inside the above extension area. Lighting elements are provided in the above extension zone. This creation has the following advantages: 1. The panel module and the photographic module have been integrated, which is easy to assemble and saves assembly process and man-hours. 2. Due to module integration, the total cost is reduced, which is conducive to the finished product design. [Embodiment] First, referring to the first figure and the second figure, the creation system includes: a panel module (1), which includes a display panel (11) and an outer panel (12), and the outer 7 M305913 table (12) is larger than the display panel (11), and the display panel (11) is in close contact with the outer panel (12)' and the outer panel (12) is extended beyond the display panel (11) with an extension (121), the extension ( 121) is transparent. The photography module (2) is closely attached to the extension area (121) of the panel module (1). The circuit board (3) is a soft board or a general printed circuit board, which includes a signal transmission component (31) and other electronic components, and integrates the circuit of the panel module (1) and the circuit of the camera module (2). The signal transmission component (31) transmits the signal, so that the digital signal captured by the camera module (2) is directly converted to the existing display module and the motherboard. The above components are mounted on the support member (4), and the support member (4) may also be a frame or a product casing, and the present invention is formed into a module. In addition, the surface of the extension area (121) can be painted to leave only the lens area to transmit light, so that the visual acuity of the photographic lens is not easily perceived in the appearance, and the user only visually perceives the display area. To achieve a better visual impression. As for the producer, it is advantageous to design the appearance of the entire product and to facilitate the production of assembled photographic modules. When applied, the panel module (1) of the present invention can be used for a liquid crystal display panel (LCD), a display panel (PDP), a field emission display panel (FED) used in a computer, a television, a mobile phone or a surveillance system. Projection display (LCOS), organic laser display panel (OLED), electroluminescent display (EL), surface electron emission display panel (SED), and the like, a flat display panel or its display panel, and as shown in the third to fifth As shown in the figure, the schematic diagram is applied to mobile phones, PDAs, and LCDs. The support members (4A), (4B), and (4C) are respectively product housings (including panel modules (1A) and (1B, of course). ), (1C) frame], panel module (ΙΑ), (IB), (1C) outer panel (12A), 8 M305913 (12B), (12C) extension (121A), (121B), (121C) Photographic modules (2A), (2B), and (2C) are provided, respectively. In the sixth figure, the schematic diagram of the creation of the dual lens product is shown in the figure. The housing of the LCD is the support member (4D) (including the frame of the panel module (1D)] and the panel module (1D) The extension (121D) of the exterior panel (12D) is provided with two sets of camera modules (2D), which can provide realistic images by stereo photography when the user performs a video conference. The seventh figure is a schematic diagram of the product applied to the product with flash. The housing of the mobile phone is the support (4E) [including the frame of the panel module (1E)] and the panel of the panel module (1E) The extension (121E) of (12E) is provided with a photography module (2E) and a lighting member (21E), and the lighting member (21E) may be a flash lamp or an LED. [Simple description of the diagram] The first diagram is a schematic diagram of the structure of the creation [front view]. The second figure is a cross-sectional view taken along line A - A of the first figure. The third picture of Lu is a schematic diagram of the application of this creation to mobile phones. The fourth picture is a schematic diagram of the application of the creation to the PDA. The fifth picture is a schematic diagram of the application of the creation to the LCD. The sixth picture is a schematic diagram of the creation of a dual lens product. The seventh figure is a schematic diagram of the product applied to the product with flash. [Explanation of main component symbols] (I), (1A), (IB), (1C), (ID), (1E) Panel modules (II), (11A), (11B), (11C), (11D) ), (11E) display panels (12), (12A), (12B), (12C), (12D), (12E) outer panels 9 M305913 (121), (121A), (121B), (121C), (121D), (121E) Extension (2), (2A), (2B), (2C), (2D), (2E) Photography Module (21E) Lighting (3) Circuit Board (31) Signal Transmission Supports (4), (4A), (4B), (4C), (4D), (4E)