M437162 五、新型說明： 【新型所屬之技術領域】 本新型係有關於一 放攝影機所擷取到的影 測顯示系統》 種顯示裝置，特別係關於一種可播 像之具智能顯微攝影功能之精密檢 【先前技術】 隨著科技曰新月異的 進步與發展，各種顯微攝影機逐 漸廣泛地應麟各個領域當中，諸如 的皮膚與牙齒觀察、㈣U心見 的維修與制等等，顯微攝影機都”㈣Μ㈣。 <然而’現有的顯微攝影機均需搭配電腦主機，且此電 腦主機更必須具有特定作業系統（如微軟©公司的 Wincbws®作又系、、’先)’才能夠將顯微攝影機所觀察到的影 ，傳，5顯^"器上。因此，即使使用者所在的環境中存在 著顯示器及酿攝影機，但倘若無任何電腦主機時，顯微 攝影機仍無祕賴㈣的$彡像雜至顯* $上 用武之地。 由此了头現有的顯微攝影機在使用上仍存在著諸多 不便與限制。 【新型内容】 有鑑於此，本新型之-態樣係在於提供-種具智能顯 微攝影功能之精密檢_示系統，其無_何電腦主機即 e播玫攝影機所祿取到的影像，故可克服先前技術所遭遇 到的問超。 型之一目的係在於將攝影機所擷取到的影像直接 得送至IB - 統 啤不器上播放，而無須透過電腦主機及特定作業系 影像^新型之另一目的係在於使顯示裝置無發光或無顯示 :办、呈鏡面效果，而在顯示裝置顯示影像時又可順利呈 况衫像。益丄 顯示系^ ，本新型之具智能顯微攝影功能之精密檢測 來统不僅可用來播放攝影機所擷取到的影像，更可拿 水备作鏡子使用。 ^了達到上述目的’依據本新型之—實施方式，一種 二：：^攝影功能之精密檢測顯示系統包含一顯示器、 有透明鏡片以及一攝影機。顯示器具 ‘、肩不面板。嵌入式控制器係内嵌於顯 半透明鏡片投料蓋顯示面板 == 至嵌入式控制器並顯示於顯::::榻取之影像直接傳送 藉由以上技術手段，本新型之實施方式 擷取到的影像直接傳送至顯示器中的、！衫機所 示於顯示面板上，而無須透過電腦主機。：二’：辻= 方式包含-半透明鏡片，其投影覆蓋顯示=實= 顯示面板無發光時，由於外界環境之哀 藉此，虽 高，故半透賴片可反射外界環境^較顯示面板更 果；相對地，當顯示面板顯示影像時，1 2呈鏡面效 穿透過半透明鏡片’俾使觀看者可順利觀看 5 M437162 上述實施方式之具智能顯微攝影功能之精 更可拿來當作鏡子使用。攝〜機所擷取到的影像， 門題用以闊述本新型所欲解決的問題、解決 及其產生的功效等等，本新型之具體細 Ρ將在下文的實施方式及相關圖式中詳細介紹。 【實施方式】M437162 V. New description: [New technology field] This new type has a display device for the film-sensing display system captured by a camera, especially for a kind of intelligent micro-photography function. Precision inspection [prior technology] With the rapid development and development of science and technology, various micro-cameras have gradually been widely used in various fields such as skin and teeth observation, (4) maintenance and manufacturing of U-hearts, etc. "The camera is all" (4) Μ (4). "However, the existing micro-cameras need to be equipped with a computer host, and this computer host must have a specific operating system (such as Microsoft Inc.'s Wincbws®, "first") to be able to The image observed by the micro camera is transmitted on the display. Therefore, even if there is a display and a brewing camera in the user's environment, if there is no computer host, the micro camera still has no secrets. (4) The $ 彡 至 至 显 $ $ $ $ $ $ $ $ $ $ $ $ $ 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有 现有. In view of this, the new model is to provide a precision inspection system with intelligent micro-photography function, which can be overcome without the image of the computer host, ie, the e-camera camera. One of the purposes of the prior art is to send the images captured by the camera directly to the IB-based beer player without having to go through the computer mainframe and the specific operating system image. One purpose is to make the display device have no light or no display: it can be used for mirroring, and the image can be smoothly displayed when the display device displays the image. The benefit display system ^, the new intelligent microscopic photography function The precision detection system can not only be used to play the images captured by the camera, but also can be used as a mirror for water. ^To achieve the above objectives' According to the present invention, an embodiment, a second:: ^ precision detection display of photography function The system includes a display, a transparent lens, and a camera. The display device', the shoulder is not a panel. The embedded controller is embedded in the semi-transparent lens feeding cover display panel == to embed The controller is displayed on the display:::: The image taken by the couch is directly transmitted. By the above technical means, the image captured by the embodiment of the present invention is directly transmitted to the display panel, and the display is displayed on the display panel. No need to go through the computer host: 2': 辻 = mode includes - semi-transparent lens, its projection coverage display = real = when the display panel is not illuminated, due to the sorrow of the external environment, although high, the semi-transparent film can reflect the outside world The environment ^ is more fruitful than the display panel; in contrast, when the display panel displays the image, the image is transparent to the translucent lens in the image of the lens, so that the viewer can smoothly watch the 5 M437162. The smart microphotography function of the above embodiment is fine. It can be used as a mirror. The image captured by the camera is used to describe the problems, solutions and effects of the new model. The details of this new model will be The following embodiments and related drawings are described in detail. [Embodiment]
:下=式揭露本新型之複數實施方式，為明確說 月起見’許夕實務上的細節將在以下敘述中—併說明。缺 =，熟悉本領域之技術人員應當瞭解到，在本新型部分實 t方式巾’ &些實務上的細節並非必要的，因此不應用以 =制本新型。此外，為簡化圖式起見，—些習知慣用的結 構與元件在圖式中將以簡單示意的方式繪示之。 呈第1圖繪示依據本新型之—實施方式之具智能顯微攝 衫功能之精密檢測顯示系統之正視圖。如圖所示，本實施 方式所示之具智能顯微攝影功能之精密檢測顯示系統包含 一顯示器100、-嵌入式控制器200、_半透明鏡片4〇〇以 及—攝影機300。顯示器100具有一顯示面板11〇。嵌入式 控制器200係内嵌於顯示器100中並耦合於顯示面板11〇。 +透明鏡片400投影覆蓋顯示面板UG。攝影機綱係通 訊連接至喪入式控制H 200，卩將攝影機3〇〇所擷取之影 像直接傳送至嵌入式控制器200並顯示於顯示面板11〇上。 藉由以上實施方式，本新型可在顯示器1〇〇中設置一 嵌入式控制器200，其可直接接收攝影機3〇〇所傳送來的The following is a description of the plural embodiments of the present invention. For the sake of clarity, the details of the practice of Xu Xi will be described in the following description. Lack of =, those skilled in the art should understand that the details of the practical aspects of the present invention are not necessary, and therefore do not apply to the novel. Moreover, for the sake of simplicity of the drawings, some of the conventional structures and elements are shown in the drawings in a simplified schematic manner. Fig. 1 is a front elevational view showing a precision inspection display system with an intelligent microscopic camera function according to the present invention. As shown in the figure, the precision detection display system with intelligent microphotography function shown in this embodiment comprises a display 100, an embedded controller 200, a translucent lens 4, and a camera 300. The display 100 has a display panel 11A. The embedded controller 200 is embedded in the display 100 and coupled to the display panel 11A. + Transparent lens 400 projection covers the display panel UG. The camera system communication is connected to the mortal control H 200, and the image captured by the camera 3 is directly transmitted to the embedded controller 200 and displayed on the display panel 11A. With the above embodiment, the present invention can provide an embedded controller 200 in the display unit 1, which can directly receive the camera 3
S 6 M437162 訊號，故無須透過電腦主機，即可將攝影機3〇〇所擷取到 的影像顯不於顯示面板110上。 應瞭解到’本說明書全文所述之『通訊連接』係指複 數個裝置之間存在著訊號的傳遞，並不代表該些裝置必須 要額外橋接實體裝置(例如：傳輸線或匯流排等等）來進S 連接。相對地’ 一裝置傳遞訊號至另一裴置，即使兩者之 間並不存在任何實體裝置’亦符合本說明書中『通訊連接』 之定義。舉例而言，攝影機300通訊連接至嵌入式控制器 鲁200係指兩者之間存在者訊就的傳遞，而傳遞方式可透過 傳輸線或匯流排’亦可透過射頻等無線訊號來進行傳遞。 應瞭解到’本說明書全文所述之『投影覆蓋』係指一 裝置垂直投影至另一裝置所在平面會覆蓋住另—裝置，並 不代表該些裝置必須有物理接觸(physical contact)。舉例而 吕，半透明鏡片400投影覆蓋顯示面板11〇並不代表半透 明鏡片400必須接觸顯示面板11〇。相對地，即使半透明 鏡片400與顯示面板11〇彼此分隔而無物理接觸，只要半 φ 透明鏡片400投影至顯示面板11〇所在平面會覆蓋住顯示 面板110即符合本說明書中『投影覆蓋』之定義。 於部分實施方式中，具智能顯微攝影功能之精密檢測 顯示系統可包含至少一訊號傳送裝置320以及至少一訊號 接收裝置120。訊號傳送裝置320係設置於攝影機300。訊 號接收裝置120係設置於顯示器1〇〇。訊號傳送裝置32〇 係通訊連接至訊號接收裝置12〇。 於部分實施方式中，具智能顯微攝影功能之精密檢測 顯示系統可進一步包含一傳輸線500，其係連接於訊號傳 7 M437162 送裝置320與訊號接收裝置120之間，以利將攝影機300 所擷取到的影像傳送至嵌入式控制器200中。舉例而言， 傳輸線500可為符合通用串列匯流排(Universal Serial Bus, 以下將簡稱USB)規格之傳輸線，而訊號傳送裝置320及訊 號接收裝置120則可為符合USB規格之接頭。再舉例而 言’傳輸線5 00可為傳遞聲視(audi〇-video，以下將簡稱AV) 訊號之傳輸線’而訊號傳送裝置320及訊號接收裝置120 則可為AV端子。 • 第2圖繪示依據本新型另一實施方式之具智能顯微攝 影功能之精密檢測顯示系統之正視圖。本實施方式與第1 圖大致上相似’主要差異係在於本實施方式之訊號傳送裝 置320及訊號接收裝置丨2〇係利用無線訊號建立通訊連 接。換言之，攝影機300之訊號傳送裝置320可傳送無線 訊號至顯示器100之訊號接收裝置12〇 ’而無須額外橋接 任何傳輸線或匯流排等等。舉例而言’訊號傳送裝置32〇 及訊號接收裝置120可傳遞無線保真(wireless Fidelity,以 #下將簡稱WIFI)訊號、ZigBee訊號、射頻訊號或是藍牙訊 號等無線訊號。應瞭解到，ZigBee係為無線通訊業者所常 用的一種低速短距傳輸的無線通訊技術，其主要由S 6 M437162 signal, so the image captured by the camera 3 can be displayed on the display panel 110 without using the host computer. It should be understood that 'communication connection' as used throughout the specification refers to the transmission of signals between a plurality of devices, and does not mean that the devices must additionally bridge physical devices (eg, transmission lines or bus bars, etc.). Connect to S. Relatively, a device transmits a signal to another device, even if there is no physical device between the two, and conforms to the definition of "communication connection" in this specification. For example, the camera 300 is communicatively coupled to the embedded controller. The Lu 200 refers to the transmission of the presence between the two, and the transmission method can be transmitted through the transmission line or the bus bar </ /> through the radio signal such as radio frequency. It should be understood that the term "projection overlay" as used throughout this specification refers to the fact that the vertical projection of one device to the plane of another device overlies the other device does not mean that the devices must have physical contacts. For example, the translucent lens 400 projection covers the display panel 11 and does not mean that the translucent lens 400 must contact the display panel 11A. In contrast, even if the semi-transparent lens 400 and the display panel 11 are separated from each other without physical contact, as long as the semi-φ transparent lens 400 is projected onto the plane of the display panel 11 to cover the display panel 110, it conforms to the "projection coverage" in this specification. definition. In some embodiments, the precision detection display system with intelligent microphotography function can include at least one signal transmitting device 320 and at least one signal receiving device 120. The signal transmitting device 320 is provided in the camera 300. The signal receiving device 120 is disposed on the display 1A. The signal transmitting device 32 is operatively connected to the signal receiving device 12A. In some embodiments, the precision detection display system with intelligent micro-photography function may further include a transmission line 500 connected between the signal transmission 7 M437162 sending device 320 and the signal receiving device 120 to facilitate the camera 300. The captured image is transmitted to the embedded controller 200. For example, the transmission line 500 can be a transmission line conforming to the Universal Serial Bus (USB) specification, and the signal transmission device 320 and the signal receiving device 120 can be USB-compliant connectors. For example, the transmission line 500 can be a transmission line for transmitting audio-visual (AV) signals, and the signal transmission device 320 and the signal receiving device 120 can be AV terminals. • Figure 2 is a front elevational view of a precision inspection display system with intelligent microscopic imaging in accordance with another embodiment of the present invention. The present embodiment is substantially similar to the first embodiment. The main difference is that the signal transmitting device 320 and the signal receiving device 本2 of the present embodiment establish a communication connection by using a wireless signal. In other words, the signal transmitting device 320 of the camera 300 can transmit wireless signals to the signal receiving device 12' of the display 100 without additional bridging of any transmission lines or bus bars and the like. For example, the "signal transmitting device 32" and the signal receiving device 120 can transmit wireless signals such as wireless fidelity (WIFI) signals, ZigBee signals, radio signals, or Bluetooth signals. It should be understood that ZigBee is a low-speed short-distance transmission wireless communication technology commonly used by wireless communication operators.
Honeywell©公司组成的ZigBee Alliance所制定，係從1998 年開始發展，於2001年向電機電子工程師學會（IEEE)提 案納入IEEE 802.15.4標準規範之中。 於部分實施方式中，半透明鏡片400係配置以當顯示 面板110發光時為透光，而當顯示面板11〇無發光時反射 半透明鏡片400相對於顯示面板11〇之另—侧之影像，亦 M437162 即外界環境中的影像。舉例而言，半透明鏡片4〇〇可為鏡 面玻璃或單向玻璃等等。以半鏡面玻璃為例，其係於玻璃 板的表面塗上一層陶瓷膜’當顯示面板110無發光時，陶 竞膜會反射外界環境中的影像；當顯示面板110發光時， 陶瓷膜則可供顯示面板110的光線穿透，俾利觀看者能夠 看到顯示面板110所呈現的影像。 於部分實施方式中，半透明鏡片400為一觸控玻璃並 耗合至嵌入式控制器200。具體而言，半透明鏡片400可 •為鑛有觸控導電層的玻璃片，而其觸控導電層係耦合至嵌 入式控制器200。藉此’觀看者可藉由觸碰半透明鏡片4〇〇 來控制嵌入式控制器200執行特定功能。 第3圖繪示依據本新型之一實施方式之顯示器1〇〇之 系統方塊圖。如圖所示’本實施方式所示之顯示器1〇〇可 包含一多媒體單元210(Multimedia Main Board)以及一電視 控制單元220(TV Scalar Board)。電視控制單元220係耦合 至顯示面板110。多媒體單元210係辆合至電視控制單元 • 220並通訊連接至網路及攝影機300(請併參閱第1或2 圖），以將網路之資訊或攝影機300所擷取之影像傳送至顯 示面板110。藉此，顯示面板110不僅觀看攝影機300所擷 取之影像，更可用來瀏覽網頁。 於部分實施方式中，多媒體單元210可包含一網路通 訊埠212以及一影像傳輸模組214。網路通訊埠212係用 以連接至網路，以接收網路資訊。影像傳輸模組214係用 以將攝影機300所擷取之影像傳送至顯示面板no。具體 而言，訊號接收裝置120係耦合至多媒體單元210，以透 9 M437162 過多媒體單元210中的影像傳輸模組214將攝影機300之 訊號傳送裝置320(請併參閱第1或2圖）所傳送來的訊號傳 送至電視控制單元220，再由電視控制單元220將訊號傳 送至顯示面板110，即可顯示出攝影機300所擷取之影像。 於部分實施方式中，顯示器100亦可包含電源610、 揚聲器620、類比調階器630、聲視訊號(AV)端子連接單元 640、以及紅外線接收裝置65〇等等。電源610係用以提供 顯示面板110及嵌入式控制器2〇〇電力。揚聲器620係耦 φ合至電視控制單元220，以利播放音訊。類比調階器630 係搞合至電視控制單元22〇，以傳遞電視訊號β AV端子連 接單元640係耦合至電視控制單元22〇，其可供其他影像 播放裂置（例如：光碟放映機、電視遊樂器）等等來傳遞訊 號至顯示面板11〇。紅外線接收裝置650係耦合至電視控 制單元220，以供遙控裝置(例如：電視遙控器）操作電視控 制單元220(例如：執行靜音、轉台等功能）。 藉此’上述實施方式之顯示器100不僅可顯示攝影機 鲁300所擷取之影像及網路資訊，亦可做為一般電視來播放 電視節目。 請回頭參閱第1及第2圖，於本實施方式中，攝影機 300可包含一鏡頭310，其係設置於攝影機300之側柄330 上。具體而言，攝影機300可包含一側柄330及兩端部340, 這兩端部340係分別形成於侧柄330之相對兩端，而鏡頭 310係設置於側柄330上。 於本實施方式中，具智能顯微攝影功能之精密檢測顯 示系統可進一步包含一防水墊圈700，夾設於該半透明鏡 M437162 片400與顯示面板no之間，以提供防水功能。 於部分實施方式中’攝影機300為一顯微攝影機。兴 例而言，其放大倍數可為50至200倍。於部分實施方牛 =影機300之鏡頭3H)可為具有自動對焦功能工料 碩’其聚焦範圍約介於5毫米至50毫米之間。舉你1覜 鏡頭310可由CMOS感光元件或cCD感曰^而言， 於部分實施方式中，攝影機300可進一步包含成。 極體（未示於圖中），其係設置於鏡頭3 光二 升影像亮度。 之周遭，以利提 雖然本新型已以實施方式揭露如上，麩苴 二任何熟習此技藝者，在不脫離:新型4:限 内，ir可作各種之更動與潤飾，因 3砷和 圍當視後附之φ請專利範圍所界定者為準。之保篾範 【圖式簡單說明】 能更= =下特I優〜 影功能之精式之具智能•蝴 影功方式之具智〜 方塊L3圖繪示依據本新型之—實施方式之顯示以“ 【主要元件符號說明】 M437162 100 :顯示器 110 :顯示面板 120 :訊號接收裝置 200 :嵌入式控制器 210 :多媒體單元 220 :電視控制單元 212 :網路通訊埠 214 :影像傳輸模組 300 :攝影機 310 :鏡頭 320 :訊號傳送裝置 3 3 0 :側柄 340 :端部 400 :半透明鏡片 500 :傳輸線 610 :電源 620 :揚聲器 630 :類比調階器 640:聲視訊號(AV)端子連接單元 650 :紅外線接收裝置 700 :防水墊圈 12Developed by the ZigBee Alliance, a company of Honeywell©, which began in 1998 and was proposed to the Institute of Electrical and Electronics Engineers (IEEE) in 2001 to be included in the IEEE 802.15.4 standard. In some embodiments, the translucent lens 400 is configured to transmit light when the display panel 110 emits light, and to reflect the image of the other side of the translucent lens 400 relative to the display panel 11 when the display panel 11 is not illuminated. Also M437162 is the image in the external environment. For example, the translucent lens 4 can be a mirror glass or a unidirectional glass or the like. Taking a semi-specular glass as an example, the surface of the glass plate is coated with a ceramic film. When the display panel 110 has no light, the ceramic film reflects the image in the external environment; when the display panel 110 emits light, the ceramic film can The light for the display panel 110 is penetrated, so that the viewer can see the image presented by the display panel 110. In some embodiments, the translucent lens 400 is a touch glass and is consuming to the embedded controller 200. In particular, the translucent lens 400 can be a glass sheet with a touch conductive layer and its touch conductive layer is coupled to the embedded controller 200. Thus, the viewer can control the embedded controller 200 to perform a specific function by touching the translucent lens 4〇〇. 3 is a system block diagram of a display 1 according to an embodiment of the present invention. As shown in the figure, the display 1 shown in this embodiment may include a multimedia unit 210 (Multimedia Main Board) and a TV control unit 220 (TV Scalar Board). Television control unit 220 is coupled to display panel 110. The multimedia unit 210 is coupled to the television control unit 220 and communicatively coupled to the network and camera 300 (please refer to FIG. 1 or 2) to transmit the information of the network or the image captured by the camera 300 to the display panel. 110. Thereby, the display panel 110 not only views the image captured by the camera 300, but also can be used to browse the webpage. In some embodiments, the multimedia unit 210 can include a network communication port 212 and an image transmission module 214. Network communication 埠 212 is used to connect to the network to receive network information. The image transmission module 214 is used to transmit the image captured by the camera 300 to the display panel no. Specifically, the signal receiving device 120 is coupled to the multimedia unit 210 to transmit the signal transmitting module 320 of the camera 300 through the image transmission module 214 in the multimedia unit 210 through 9 M437162 (please refer to FIG. 1 or 2). The incoming signal is transmitted to the television control unit 220, and the signal is transmitted from the television control unit 220 to the display panel 110 to display the image captured by the camera 300. In some embodiments, the display 100 can also include a power source 610, a speaker 620, an analog level adjuster 630, a sound image (AV) terminal connection unit 640, an infrared receiving device 65, and the like. The power supply 610 is used to provide the display panel 110 and the embedded controller 2 power. The speaker 620 is coupled to the television control unit 220 to facilitate the playback of audio. The analog level adjuster 630 is coupled to the television control unit 22A to transmit the television signal. The AV AV terminal connection unit 640 is coupled to the television control unit 22, which can be used for other video playback (eg, a disc player, a television ride). And so on to deliver the signal to the display panel 11〇. Infrared receiving device 650 is coupled to television control unit 220 for remote control (e.g., television remote control) to operate television control unit 220 (e.g., to perform functions such as mute, turntable, etc.). The display 100 of the above embodiment can display not only the image and network information captured by the camera 300 but also the general television to play the television program. Referring back to FIGS. 1 and 2, in the present embodiment, the camera 300 can include a lens 310 disposed on the side handle 330 of the camera 300. Specifically, the camera 300 can include a side handle 330 and two end portions 340 which are respectively formed at opposite ends of the side handle 330, and the lens 310 is disposed on the side handle 330. In the present embodiment, the precision detection display system with intelligent microphotography function may further include a waterproof gasket 700 sandwiched between the semi-transparent mirror M437162 sheet 400 and the display panel no to provide a waterproof function. In some embodiments, the camera 300 is a micro camera. For example, the magnification can be 50 to 200 times. In some implementations, the lens 3H of the camera 300 can be an autofocus function. The focus range is between 5 mm and 50 mm. For example, the lens 310 may be a CMOS sensor or a cCD sensor. In some embodiments, the camera 300 may further include. The polar body (not shown) is set to the brightness of the lens 3 light image. Around the world, although the present invention has been disclosed in the above embodiments, the bran is not familiar to anyone skilled in the art, and does not deviate from: the new 4: limit, ir can be used for various changes and retouching, due to 3 arsenic and The φ appended to the patent scope shall prevail. The protection of the fan [simplified description of the schema] can be more = = the next special I ~ the fine function of the shadow function of the smart • the shadow of the shadow of the way to the wisdom ~ block L3 diagram shows the display according to the new - embodiment "[Main component symbol description] M437162 100: Display 110: Display panel 120: Signal receiving device 200: Embedded controller 210: Multimedia unit 220: Television control unit 212: Network communication 214: Image transmission module 300: Camera 310: Lens 320: Signal Transmitter 3 3 0: Side Handle 340: End 400: Translucent Lens 500: Transmission Line 610: Power Supply 620: Speaker 630: Analog Level 640: Acoustic Signal (AV) Terminal Connection Unit 650: Infrared receiving device 700: waterproof gasket 12