M394487 五、新型說明： 【新型所屬之技術領域】 本創作係有關-種電子裝置，特別是指一種於鏡頭組的侧邊設有鏡 面’自拍者可藉由鏡面"影像顯稀圍及顯示訊號以清楚辨識目前鏡頭 組所操取的狀態’以達到可賊自拍影像舰之電子裝置。 【先前技術】 4 數位相機或是具有照相魏之手觀是非常普及之電子產品而數位 •相機及照相手機也輸薄短小化邁軌便於攜帶。而在各種場合中，常有 需要與他人合照，如遇見職或名人_照的機會，在沒有他人協助拍照 或隨身攜帶腳架的情況下，在進行自拍時，因數位相機及照相手機的鏡頭 是朝向自拍者，而用於預覽的螢幕係背對自拍者，因此無法即時得知預覽 畫面’往往造成自拍的結果不佳。 為解決上述之缺失’目前已有設計數位相機具可翻轉之營幕，因此當 使用者進行自拍時，翻轉榮幕至面向使用者，讓使用者可即時預覽畫面。 _然其需要額外之結構，譬如轉軸及翻蓋等，勢必增加數位相機之厚度及成 本無法滿足輕薄短小化之需求。或者數位相機增設一個額外榮幕在鏡頭 :旁’以供使用者於自拍時能預覽自拍畫面，然其結構設計需負擔較高的製 造成本，且耗電、故障率高，以及難以在強光環境下提供營幕充足亮度等 問題。 此外，有些數位相機或是照相手機在鏡頭附近設有一自拍鏡，用於反 射自拍者的影像’可供使用者在自鱗，能得知在鏡頭裡概略的位置，然 從自拍鏡反射出之影像與鏡頭捕捉的影像仍會有位置上之差異，使自拍鏡 3 無法達到應有的功效。 種可辨識自拍 有鑑於此，本創作送針對上述先前技術之缺失，提出 影像功能之電子裝置，叫效克服上述之該等問題。 【新型内容】 本創作之主要目的在提供一種可辨識自拍影像功能之電子裝置，係利 用不同的顯示訊號來辨識制者在自拍時，得知在鏡頭組裡正確的取景範 圍’藉以解決先前技術的自拍鏡無法顯示與鏡頭—致的取景範圍問題。 本創作之P目的錢供—種可_自拍雜魏之電子裝置，可供 吏用者於自拍别’預先操作自拍影像時的辨識功能，便於快速學習及判斷 如何於自拍時取得最佳影像。 :達述之目的’本創作提供—種可辨識自拍影像功能之電子裝置， 其係包括主機—侧設有—顯示螢幕，另-相對側設有-鏡頭組；至少一辨 識早π ’設於主機上’職單元具有數個齡元件，賴顯示元件係依據 頭組所擁取之一影像狀態以對應輸出-顯示訊號；及至少-鏡面，係位 於鏡觀之側邊’鏡面係顯示-自拍者影像之顯*範圍且顯示範圍係對 應辨識單摘輸ώ之顯示訊號。 底下藉由具體實施例詳加說明，當更容易瞭解本創作之目的、技術内 谷、特點及其所達成之功效。 【實施方式】 請參閱第1圖，電子裝置包括一主機10、至少一辨識單元12、至少一 鏡面14及一操作介面16。主機10可為數位相機、數位攝影機、具相機之 手機或個人數位助理（Personal Digital Assistant，PDA)等。在此主機1〇 M394487 乂數位相機為例說明，主機1〇之一側設有一顯示螢幕i8，另一相對側設有 鏡頭組2〇 ’其中鏡頭組2〇係依據操作介φ 16之操作減以擷取不同焦 距的衫像。辨識單元12設於主機1〇上，辨識單元12具有數個顯示元件， 一顯示元件係依據鏡頭組2〇所擷取之一影像狀態以對應輸出一顯示訊 號’例如影像狀態係為對焦前或對焦後的影像狀態、笑臉捕捉的影像狀態、 影像操取時的電池狀態或者掏取不同影健、距的狀態等，皆可藉由此些 .LED燈號對應影像狀態以輸出不同的顯示訊號。其中辨識單元12可位於鏡 參頭組20之側邊，或顯示於顯示螢幕18上或同時位於鏡頭組2〇之側邊及顯 不於顯不螢幕18上。鏡面η設於鏡頭組2〇之側邊，於自拍時，自拍者能 透過鏡面14的反射，呈現自拍者影像及其顯示範圍，其中，鏡面14係為 凸面鏡，且可為圓形或方形，鏡面14中顯示自拍者影像之顯示範圍，係 對細識單元12所輸丨之顯示tfl號，藉此讓自拍者可錢辨識在鏡頭組20 裡正確的取景位置，以達最佳自拍影像的目的。 為進一步說明本創作可辨識自拍影像的功能，請配合第2圖，為本創 鲁作之方塊示意圖，用以說明本創作内部運作方式。主機1〇内設有一處理模 組22、一影像感測器24及電源供應器26，其中處理模組22係電性連接辨 識單元12、鏡面14、操作介面16、顯示螢幕18、鏡頭組2〇、影像感測器 24及電源供應器26，影像感測器24係電性連接鏡頭組2〇，其中電源供應 器26係提供電力予上述元件之運作。當使用者欲擷取一取景影像時，町透 過顯示榮幕18或鏡面14測覽取景f彡像位置，再糊操作介面16選取影像 棟取功能選項’以選取最佳取景影像之_範圍，據此纽一操作訊號， 處理模組22依據操作訊號以控制鏡頭組2〇調整一預設擷取影像焦距，以 5 =取景影像範圍，影像感· 24麟鏡馳2G之預賴取影像焦距以 ’獅對應取_焦距之齡細，細触嘛制辨識單元12 义”、細狀如對應輸出顯示訊號，此時使用者可同時由顯示訊號及 =18或鏡面14來判斷於取景時的狀態，以獲得最佳拍攝的影二 進行ΓΓ時請第3圖’在此主機〗G贿位相機為例，當自拍者欲 藉由鏡面14反射以顯示自拍者影像之顯示範圍，提俾 拍者調整面對鏡頭組20的取景角度。其中鏡頭組 於 且變Γ頭30及第三變紐抑，分別調整影像的倍率為】倍、2倍及 且每一變焦鏡頭皆— ° 示，伟對應辨識單:一 例如以不同顏色來呈現不同的焦距標 辨識單元峨队崎，係為—第—M394487 V. New description: [New technical field] This creation is related to electronic devices, especially one that has a mirror on the side of the lens group. Self-timer can use mirror surface to display and display The signal is used to clearly identify the state of the current lens group's operation to achieve the electronic device of the thief self-timer image ship. [Prior Art] 4 Digital camera or digital camera with a very popular electronic image. • Cameras and camera phones are also thin and easy to carry. In various occasions, there is often a need to take photos with others, such as the opportunity to see a job or a celebrity photo, in the absence of others to assist in taking pictures or carrying a tripod, taking a self-portrait, the lens of the camera and camera phone It is toward the self-timer, and the screen for preview is back to the self-timer, so it is impossible to immediately know the preview screen's often resulting in poor self-portrait results. In order to solve the above-mentioned lacks, the digital camera has been designed to be reversible. Therefore, when the user performs a self-timer, the user can flip the screen to the user, so that the user can preview the picture in real time. _ However, it requires additional structures, such as reels and flips, which will inevitably increase the thickness and cost of digital cameras and cannot meet the needs of light and thin. Or the digital camera adds an extra glory to the lens: next to the user's self-timer to preview the self-timer picture, but its structural design is burdened with high manufacturing costs, power consumption, high failure rate, and difficulty in glare Provide sufficient brightness and other issues in the environment. In addition, some digital cameras or camera phones have a self-portrait mirror near the lens, which is used to reflect the self-timer's image, which allows the user to know the position in the lens and reflect it from the self-portrait mirror. There is still a difference in position between the image and the image captured by the lens, making the self-timer mirror 3 unable to achieve its desired function. Recognized Self-Timer In view of this, the present invention provides an electronic device for image function in response to the above-mentioned prior art, and it is said to overcome the above problems. [New content] The main purpose of this creation is to provide an electronic device that can recognize the function of self-timer image. It uses different display signals to identify the correct viewing range in the lens group when the self-timer is self-timer. The self-portrait mirror cannot display the range of viewfinders that are related to the lens. The purpose of this creation is to provide a self-timer to the self-timer. It is easy to learn and judge how to get the best image during self-timer. : The purpose of the statement 'This creation provides an electronic device that can recognize the self-timer image function, which includes the host-side set-display screen, and the other side--the lens group; at least one identification early π' is set at On the host, the job unit has several age components, and the display component is based on one of the image states of the head group to correspond to the output-display signal; and at least the mirror is located on the side of the mirror 'mirror display-self-timer The display range of the image and the display range correspond to the display signal of the identification input. The details of the creation, the technical valley, the characteristics and the achieved effects are more easily understood by the detailed description of the specific embodiments. [Embodiment] Referring to FIG. 1, an electronic device includes a host 10, at least one identification unit 12, at least one mirror surface 14, and an operation interface 16. The host 10 can be a digital camera, a digital camera, a camera-equipped mobile phone, or a Personal Digital Assistant (PDA). In this example, the host 1〇M394487 乂 digital camera is used as an example. One side of the host 1〇 is provided with a display screen i8, and the other opposite side is provided with a lens group 2〇', wherein the lens group 2 is reduced according to the operation of the operation medium φ 16 To capture shirts of different focal lengths. The identification unit 12 is disposed on the host unit 1 . The identification unit 12 has a plurality of display elements. The display unit is configured to capture a display signal according to the lens group 2 to output a display signal, for example, the image state is before focusing or The state of the image after focusing, the state of the image captured by the smile, the state of the battery during image capture, or the state of capturing different shadows, distances, etc., can be used to output different display signals by corresponding LED signals. . The identification unit 12 can be located on the side of the mirror head group 20, or displayed on the display screen 18 or on the side of the lens group 2〇 and on the display screen 18. The mirror surface η is disposed on the side of the lens group 2〇. During self-timer, the self-timer can reflect the self-timer image and its display range through the reflection of the mirror surface 14, wherein the mirror surface 14 is a convex mirror and can be circular or square. The display surface of the self-timer image is displayed on the mirror surface 14, and the display tfl number of the self-timer unit 12 is displayed, so that the self-timer can recognize the correct framing position in the lens group 20 to achieve the best self-timer image. purpose. To further illustrate the function of recognizing self-portrait images in this creation, please cooperate with Figure 2 to create a block diagram of Lu Zuo, which is used to illustrate the internal operation of the creation. A processing module 22, an image sensor 24 and a power supply 26 are disposed in the host 1 , wherein the processing module 22 is electrically connected to the identification unit 12 , the mirror 14 , the operation interface 16 , the display screen 18 , and the lens group 2 . The image sensor 24 is electrically connected to the lens group 2, wherein the power supply 26 supplies power to the operation of the above components. When the user wants to capture a view image, the town displays the image of the viewfinder image by displaying the honor screen 18 or the mirror 14, and then selects the image capture function option 'to select the range of the best view image. According to the operation signal of the New Zealand operation, the processing module 22 controls the lens group 2 according to the operation signal to adjust a preset image capturing focal length, to 5 = the image range of the image, the image sense, and the image focus of the lens is 2G. The 'lion corresponds to the _ focal length of the fine, fine touch system identification unit 12 sense", the fine shape such as the corresponding output display signal, at this time the user can simultaneously judge by the display signal and = 18 or mirror 14 in the framing State, in order to get the best shot, please proceed to Figure 3, in this host, the G bribe camera, for example, when the self-timer wants to reflect by the mirror 14 to display the display range of the self-timer image, Adjusting the viewing angle of the lens group 20, wherein the lens group is changed to the top 30 and the third variable, and the magnification of the image is adjusted by [times, 2 times, and each zoom lens is displayed. Corresponding identification list: one for different colors To present different focal lengths Kawasaki team mark identification unit Mindanao, the Department is - first -
' ΓΓΓΓ7034^^ J 個顯示元件，鏡面14且有赫Γ ， 元34具有複數 色標示懈伊亍’、個树區域標示，每-影像區域標示係為顏 呈現二Γ 分卿縣—顯示元件，此些影籠域標示係用以 =同焦距物咐相彻。此嫌_糊顏色的第 :=:6、第二發光二極體燈38及第三發光二極體㈣，且分 有,、馬示的第—變焦鏡頭28'第二變焦鏡及第三變焦 32。使用者可藉由操作Κ 、’、 取影像焦料4倍為例丨’處理模mi像焦距功能選項4航選取梅 鏡頭組20調整為第三魏鏡頭3 ^作訊赦控制 便私像焦距調整為為4倍，藉以改變自 拍者影像城錢8，_妓触2 w第三找綱32之第 M394487 三發光二極體燈4G輸出—顯示訊號。影像❹❻μ 之影像焦邮感_取對應取景影像焦 ’、、、兄頭32 第三發光二極… 變，、、、鏡頭32之焦距標示及 一—體燈40之齡訊絲_在自拍時，得知在鏡歡2〇裡正 確的取景翻。當然自拍者亦可選取其他㈣她影像焦距的倍率，例如 可同時概鏡面14之影像區域標示、第，鏡頭Μ及第二_頭3〇 之焦距標不及其分別對應第一發光二極體燈36、第二發光二極體㈣輸出 的顯示訊絲得知制者在鏡頭練正補取景軸私驗先前技術 的自拍鏡無法顯示與鏡頭一致的取景範圍問題。 除了上述之辨識自拍影像方法之外，請一併參閱第4圖，鏡面η係為 複數個不同曲率之鏡面單元，其包含第-鏡面單元42、第二鏡面單元44、 第三鏡面單元46，且分別對應第一發光二極體燈％、第二發光二極體燈38 及第三發光二極體燈4〇,其中，第一鏡面單元42、第二鏡面單元44、第三 鏡面單元46係分別模擬不同焦距的鏡頭組2〇。其中第一發光二極體燈％、 •第二發光二極體燈38及第三發光二極體燈40可對應且位於第一鏡面單元 42、第二鏡面單元44、第三鏡面單元46内或側邊’可視需求任意排列組合， 當然也可僅設一顆可發出不同顏色的光源，以對應不同鏡面單元所顯示的 自拍者影像’藉以達到美觀、有效辨識之目的。在此以第一發光二極體燈 36、第二發光二極體燈38及第三發光二極體燈40對應且位於第一鏡面單 元42、第二鏡面單元44、第三鏡面單元46之側邊為例說明。由於第一鏡 面單元42、第二鏡面單元44及第三鏡面單元46之曲率不同，因此反射自 拍者影像的視野角度也不同。第一發光二極體燈36、第二發光二極體燈38 7 M394487 及第二發光-極體燈4(H_以輸出不同顏色的顯示訊號。當自拍者欲進行 自拍時’第一發光二極體燈36、第二發光二極體燈38及第三發光二極體燈 40係依據鏡頭組20所擷取之影像狀態以對應輸出顯示訊號，據此可藉由不 同顏色的顯减絲觸自㈣於鏡雜2()情呈現的自拍者影像之顯示 範圍’由此可知，自拍者可彻不同祕峨示訊號及其對應不同曲率之 鏡面單7L來準確觸在鏡獅2()裡正補取錄g，續得最佳自拍影像 之功效’進-步而言’本創作結構簡單’且可節省額外增設榮幕於鏡頭旁 以輔助自拍之成本。 再者。奮同時參閱第5圖，由於數位相機的操作介面％皆不同，因此 使用者於自拍刖’可藉由操作介面16之預先操作，同時對應劉_示螢幕 18所顯不之影像狀態。其中第二辨識單元48係顯示於顯示螢幕以上，第 二辨識單7L48具有複數個顯示元件，例如複數個發光二極體燈，當使用者 利用操作介面16選取至少一擷取影像之功能選項時，此些顯示元件係模擬 鏡頭組所擷取之影像狀態以對應輸出一顯示訊號，顯示訊號之呈現方式可 為燈號閃爍或亮度顯示或不同顏色顯示的組合，用以表示鏡頭組對欲擁取 之影像狀態係為正在變焦、對焦前或對焦後影像、笑臉捕捉影像或電池容 里、攝錄、或疋即將閃光、拍照等狀態，藉此，使用者在自拍前，可透過 數位相機上之顯示螢幕18瀏覽操作時鏡頭組所擷取之影像狀態，以及自顯 示螢幕18上瀏覽影像狀態所對應輸出的顯示訊號為何，因此，本實施例不 僅可以而讓鏡頭組前的被拍攝者了解數位相機之運作，又可透過數位相機 上之顯示勞幕18之發光二極體燈顯示運作狀泥，便於使用者快速學習及判 斷如何於自拍時取得最佳影像以及達到示範教學之目的。 8 M394487 唯以上所述者’僅為本創作之較佳實施例而已，並非用來限定本創作 實施之犯圍。故即凡依本創作申請範圍所述之特徵及精神所為之均等變化 或修飾’均應包括於本創作之申請專利範圍内。 【圖式簡單說明】 第1圖係為本創作之立體結構圖。 第2圖係為本創作之方塊示意圖。 .•第3圖係為本創作具有複數個變形鏡頭之立體前視圖。 畚第4圖係為本創作具有複數個鏡面單元之示意圖。 第5圖係為本創作之立體後視圖。 【主要元件符號說明】 10主機 12辨識單元 14鏡面 16操作介面 鲁丨8顯示螢幕 20鏡頭組 22處理模組 24影像感測器 26電源供應器 28第一變焦鏡頭 3〇第二變焦鏡頭 32第三變焦鏡頭 9 M394487 34第一辨識單元 36第一發光二極體燈 38第二發光二極體燈 40第三發光二極體燈 42由第一鏡面單元 44由第二鏡面單元 46由第三鏡面單元 48第二辨識單元' ΓΓΓΓ 7034^^ J display elements, mirror 14 and Hessian, element 34 has a complex color to indicate the 亍伊亍', a tree area is marked, and each image area is marked as a color Γ Γ 县 县 — - display elements, These shadow cage fields are used to match the same focal length. The suspected _ paste color of the: =: 6, the second light-emitting diode lamp 38 and the third light-emitting diode (four), and is divided, Ma show the first - zoom lens 28 'second zoom lens and third Zoom 32. The user can operate the Κ, ', take the image coke 4 times as an example 处理 process MIC mi image focal length function option 4 navigation select the fine lens group 20 to adjust to the third Wei lens 3 ^ for the control of the private image focal length Adjusted to 4 times, in order to change the self-timer image city money 8, _ 妓 touch 2 w third to find the 32th M394487 three-light diode lamp 4G output - display signal. Image ❹❻μ Image Jiaomail _ Take the corresponding framing image focus ',,, brother 32, the third illuminating dipole... change, , , , the focal length of the lens 32 and the length of the body light 40 _ in the self-timer I learned that the correct viewfinder was turned in the mirror. Of course, the self-timer can also select other (4) the magnification of the image focal length of the image, for example, the image area indication of the mirror surface 14 at the same time, the focal length of the lens Μ and the second _ head 3 及其 are not corresponding to the first light-emitting diode lamp respectively. 36. The display signal of the output of the second light-emitting diode (4) is known to the manufacturer. The self-portrait mirror of the prior art can not display the range of the viewfinder consistent with the lens. In addition to the above-described method for recognizing the self-timer image, please refer to FIG. 4 together, the mirror surface η is a plurality of mirror elements of different curvatures, including a first mirror unit 42, a second mirror unit 44, and a third mirror unit 46. And corresponding to the first LED body lamp, the second LED lamp 38 and the third LED lamp 4, wherein the first mirror unit 42, the second mirror unit 44, and the third mirror unit 46 The lens group 2〇 of different focal lengths is simulated separately. The first LED body lamp, the second LED lamp 38, and the third LED lamp 40 are correspondingly located in the first mirror unit 42, the second mirror unit 44, and the third mirror unit 46. Or the side of the 'visual requirements can be arbitrarily arranged and combined, of course, only one light source that can emit different colors can be used to correspond to the self-timer image displayed by different mirror units' to achieve the purpose of aesthetic recognition and effective identification. The first light-emitting diode lamp 36, the second light-emitting diode lamp 38, and the third light-emitting diode lamp 40 are corresponding to the first mirror unit 42, the second mirror unit 44, and the third mirror unit 46. The side is illustrated as an example. Since the curvatures of the first mirror unit 42, the second mirror unit 44, and the third mirror unit 46 are different, the angle of view of the self-photographing image is also different. The first light-emitting diode lamp 36, the second light-emitting diode lamp 38 7 M394487 and the second light-polar body lamp 4 (H_ to output display signals of different colors. When the self-timer wants to take a self-timer, the first light The diode lamp 36, the second LED lamp 38 and the third LED lamp 40 are corresponding to the output display signal according to the image state captured by the lens group 20, and accordingly, the display can be reduced by different colors. The silk touches from (4) the display range of the self-timer image presented by the mirror 2 (). It can be seen that the self-timer can accurately touch the mirror and the mirror 7L corresponding to different curvatures to accurately touch the lion 2 ( In the process of replenishing the record g, the effect of the best self-timer image is 'in step-by-step', the creation structure is simple' and the additional cost of adding a curtain to the lens to assist the self-timer can be saved. In Fig. 5, since the operation interface of the digital camera is different, the user can perform the self-timer 可' by the pre-operation of the operation interface 16 and simultaneously correspond to the image state displayed by the display screen 18. The second identification unit The 48 series is displayed above the display screen, and the second identification sheet 7 The L48 has a plurality of display elements, such as a plurality of LEDs. When the user selects at least one function of capturing images by using the operation interface 16, the display elements are simulated by the image group captured by the lens group. A display signal is output, and the display mode of the display signal can be a combination of light flashing or brightness display or different color display, which is used to indicate that the image group of the lens group is in the process of zooming, before focusing or after focusing, smiling face. Capture image or battery capacity, record, or 疋 flashing, taking photos, etc., so that the user can view the image state captured by the lens group through the display screen 18 on the digital camera before the self-timer, and The display signal of the output corresponding to the image state is displayed on the display screen 18. Therefore, the embodiment can not only let the photographer in front of the lens group understand the operation of the digital camera, but also display the screen 18 on the digital camera. The light-emitting diode lamp displays the working mud, which is convenient for the user to quickly learn and judge how to get the best image and self-timer. The purpose of the demonstration teaching. 8 M394487 The above descriptions are only for the preferred embodiment of this creation, and are not intended to limit the practice of this creation. Therefore, the characteristics and spirit described in the scope of this creation application are Equivalent changes or modifications shall be included in the scope of the patent application of this creation. [Simplified illustration of the drawing] Figure 1 is a three-dimensional structure diagram of the creation. Figure 2 is a block diagram of the creation. The figure 3 is a three-dimensional front view of a plurality of anamorphic lenses. 畚 Figure 4 is a schematic diagram of a plurality of mirror elements in the creation. Figure 5 is a perspective rear view of the creation. [Main component symbol description] 10 host 12 identification unit 14 mirror 16 operation interface reckless 8 display screen 20 lens group 22 processing module 24 image sensor 26 power supply 28 first zoom lens 3 〇 second zoom lens 32 third zoom lens 9 M394487 34 First identification unit 36 first light-emitting diode lamp 38 second light-emitting diode lamp 40 third light-emitting diode lamp 42 from first mirror unit 44 from second mirror unit 46 to third mirror unit 48 second identification unit