201104348 六、發明說明： 【所屬之技術領域】 本發明係關於_種攝像裝置簡像參數的設定方法 一種個人化安全快門值的設定方法。 ^ 【先前技術】 於使用傳統相機進行影像簡時，為了拍_具有較佳 品質的影像，使用者需要配合拍_環境自行調整傳統= 圈、快門等攝像參數。但是，一般使用者並不見得會且有此= 的知識及能力，因而無法調整到適合拍攝環境的攝像參數 使用者時常拍攝到品質較差的影像。 而後發展Λ可依據_環境自_整齡參細數 ^於進行影像拍攝時，數位攝像裝置可偵= 擇較適合拍攝環境的攝像參數，以供使用者 广 =數位娜議㈣，且 漸漸取代傳統相機。 帀琢並且 一般而言，數位攝像裝置於出廠 拍攝it境而設定好各種拍攝環境所f的攝像種 因此，使用者於進行影二僅 傳.二 調整f物攝·以細者進=Γ時自行 成拍制Γ手餘軸料，叫手部晃動等造 而白攝出她的影像，因此於數位攝像裝置 201104348 中均設定有-安全朗值，其為-定值。其中，廣義的安全快門 值為焦長（focal length)的倒數，單位為秒（sec)。 -般而言，數位攝像襄置中設定的安全快門值只是一個針對 大多數的使用者所作的預設值。由於每個朗者手持數位相機的 穩定度不同，並且每個使用者的拍照魏也都不盡相同，因此同 -安全快門值财-定義於每個制者，進而在縣拍攝情況 下仍然容易拍攝出品質不佳的影像。 【發明内容】 本發明提供-種個人化安全朗值的設定方法，藉以解決固 定的安全快門值無法適用每個使用者的問題。 /s 根據本發明所揭露之個人化安全，朗值的設定方法可 一攝像裝置。 、 首先’由攝像裝置取得於;^同曝糾間麵取的多個影 且於取得各影像同時對各影像分別進行一模糊债測⑶财201104348 VI. Description of the Invention: [Technical Field] The present invention relates to a method for setting a short image parameter of a camera device. A method for setting a personalized security shutter value. ^ [Prior Art] When using a conventional camera for image simplicity, in order to capture images with better quality, the user needs to adjust the camera parameters such as the conventional circle, shutter, etc. in accordance with the shooting environment. However, the average user does not have the knowledge and ability to have this = and cannot adjust the camera parameters suitable for the shooting environment. Users often take poor quality images. Then, the development can be based on the _environment from the _the whole age of the number ^ when the image is taken, the digital camera can detect the camera parameters that are more suitable for the shooting environment, for the user to wide-digit (4), and gradually replace Traditional camera.帀琢 and in general, the digital camera device sets the imaging type of various shooting environments in the factory shooting environment. Therefore, the user only transmits the video 2 and adjusts the f object to take the photo. The self-made filming method is used to make the image of the hand remaining, and the image is captured by the hand shaking. Therefore, the digital camera 201104348 is set with a safety margin, which is a constant value. Among them, the generalized safety shutter value is the reciprocal of the focal length in seconds (sec). In general, the safe shutter value set in the digital camera is just a preset for most users. Since the stability of each handheld digital camera is different, and the photos of each user are different, the same-safe shutter value is defined in each system, and it is still easy in the case of county shooting. Shoot images of poor quality. SUMMARY OF THE INVENTION The present invention provides a method for setting a personalized security value to solve the problem that a fixed shutter value cannot be applied to each user. /s According to the personalization security disclosed in the present invention, the setting method of the singular value can be a camera device. First, 'obtained by the camera device; ^ with a plurality of images taken from the face of the correction, and each image is acquired while performing a fuzzy debt test on each image (3)
Detectlon)程序，以判定各影像分別所具之影像品質。接著 影像品質判定為清晰_像中之最長_糾間設 ^ 的安全快Π值。 简像褒置 …其中，前賴像裝㈣叫_光_進行触以 仔影像。此外，前述被攝取的多個影像亦可為儲存 不同曝光時間的多個影像。 琢τ取奸 存單本ΓΓ法可透過軟體綠體程式_建於攝像裝置的储 兀中’或儲存於可插拔之記錄媒體卜再由攝像裝 模組讀取並執行齡單元或記錄聰帽存的程式（吨式I)理 201104348 以致使攝像裝置執行上述之個人化安全快門值的設定方法。 此外，攝縣置亦可透過外接電子裝置，加電子裝置讀取 並執仃儲存於記錄媒體中的程式（即程式碼），致使攝像裝置執行 上述之個人化安全快門值的設定方法。 根據本發明所揭露之個人化安全快門㈣設定方法可應用於 攝像裝置，以致使攝像裳置糊模_酿序來狀拍攝得的影 像的办像。。貝’並且根據影像品質的判定結果選擇適當的曝光 •間來作為攝像裝置的安全快門值，以提供使用者個人化的安全快 門值。 明如=本發_與實作，紐合圖神最佳實施例詳細說 【實施方式】 &第1圖」係為根據本發明之個人化安全朗值的設定方法 w圖以及第2圖」係為應用本發日月之個人化安全快門值的 φ 設定方法的攝像裝置示意圖。 —明參照第1圖」與「第2圖」，根據本發明所揭露之個人化 安全快門值的設定方法可應用於攝像裝置卿 可包含有：處理模組㈣存單元置 於此實施例中，首先，由攝像裝置1〇〇取得於不同曝光時間 被攝取的多娜像’且於轉各影制賴各影像分別進行模糊 f測（版Detec㈣程序，以判定各影像分別所具有的影像品 貝（^驟21)最後’將影像品質被判定為清晰的影像令之最長 的曝光時間設定為攝像裝置觸的安全快門值（步驟奶。 201104348 其中，攝像裝置100可預設有一初始安全快門值，前述最長 的曝光時間係取代此初始安全快門值，以設定為安全快門值。 於此，將影像品質被判定為清晰的影像中之最長的曝光時間 設定為攝像裝置100的安全快門值的步驟可包括：以最長的曝光 時間取代初始安全快門值。 舉例來說，當攝像裝置100在進行個人化安全快門值的設定 時，攝像裝置100會先取得二個以上的曝光時間相異之影像（步 驟 21)。 ’、/ 然後，利用攝像襄置100内建的模糊侧程序來判定各影像 所具有的影像品質。其巾，獅伽m序可為—可編程的軟體程 式，且内建於攝像裝置的儲存單元130中。於取得多個不同曝光 時間的影像的步驟後’由攝像|置i⑻中的處理模組⑼讀取並 執行儲存於齡單元m巾的翻細程序_絲式，以判定 上述不同曝光時間的影像的影像品質為清晰或模糊。 最後’由攝像裝置100的處理模组120將由模糊偵測程序判 定影像品質為清晰的影像中尋找出具有最長的曝__影像， 並將此最長的曝糾間（即，最長的曝糾間）設定為攝像襄置 100的安全快門值（步驟23)。 其中’曝光時間相異之影像的取得可為，於進行個人化安全 )·夬門值的奴時’直棘求制者湘攝賴組Μ㈣續揭取不 同曝光時間秘像。並且，處職組⑼纖取到影像的同時對 影像進行模糊偵測程序。 再者，曝光時間相異之影像的取得亦可為，直接從儲存於健 201104348 存單7L 130巾的影像中選取出不同曝光時間的影像。換言之攝 像褒置100於透過攝像模组Μ〇擷取到影像後，會將掘取得的景多 像儲存於齡單元巾。欲進行個人化安錢η值的設定時， 攝像裝置100再從儲存單元130中讀出儲存的影像，並對讀出的 影像進行模糊偵測程序。Detectlon) program to determine the image quality of each image. Then, the image quality is judged to be a safe Π value of the longest _ 纠 设 。 。. The simple image is set... In which the front image is mounted (4) is called _ light _ to touch the image. In addition, the plurality of images captured as described above may also be a plurality of images storing different exposure times.琢 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取The program (Tonne I) is 201104348 to cause the camera to perform the above-described method of setting the personalized security shutter value. In addition, the camera can also read and execute the program (ie, code) stored in the recording medium through the external electronic device, so that the camera device performs the above-mentioned method for setting the personalized security shutter value. The personalized safety shutter (four) setting method according to the present invention can be applied to an image pickup apparatus so that the image captures the image of the captured image. . According to the determination result of the image quality, the appropriate exposure time is selected as the safety shutter value of the image pickup device to provide the user's personalized safety shutter value.明如=本发_ and implementation, the best embodiment of the map of the gods in detail [Embodiment] & 1st figure is the setting method w figure and figure 2 of the personalized security value according to the present invention This is a schematic diagram of an imaging device that uses the φ setting method for the personalized safety shutter value of this month. - Referring to FIG. 1 and FIG. 2, the method for setting the personalized security shutter value according to the present invention can be applied to a camera device. The processing module (4) storage unit can be disposed in this embodiment. First, the image pickup device 1 〇〇 obtains the Dona image that is taken at different exposure times, and performs a blur f measurement (a Detec (4) program) on each image to determine the image product of each image. Bay (^21) Finally, 'the image with the image quality judged to be clear is the longest exposure time set to the safe shutter value touched by the camera device (step milk. 201104348), the camera device 100 can preset an initial safety shutter value. The longest exposure time is used to replace the initial safe shutter value to set a safe shutter value. Here, the step of setting the longest exposure time of the image quality determined to be clear to the safe shutter value of the image pickup apparatus 100 is set. The method may include: replacing the initial safe shutter value with the longest exposure time. For example, when the camera device 100 is performing the setting of the personalized security shutter value The imaging device 100 first acquires two or more images having different exposure times (step 21). ', / Then, the blur side program built in the imaging device 100 is used to determine the image quality of each image. The lion gamma sequence can be a programmable software program and is built into the storage unit 130 of the camera device. After the step of acquiring images of different exposure times, the processing module (9) in the camera is set. The image processing quality of the image stored in the age unit m towel is read and executed to determine whether the image quality of the image of the different exposure time is clear or blurred. Finally, the processing module 120 of the camera device 100 will be subjected to the blur detection program. It is determined that the image quality is the clear image, and the longest exposure image is found, and the longest exposure correction (ie, the longest exposure correction) is set as the safety shutter value of the imaging device 100 (step 23). Among them, the image of the film with different exposure time can be obtained for personalization and security. Group (9) The image is blur-detected while the image is being taken. Furthermore, the images with different exposure times can be obtained by directly selecting images of different exposure times from the images stored in the 7100 130 towel of the 201104348. After capturing the image through the camera module, the camera device 100 stores the image of the scene acquired in the age unit. To set the personalized money value, the camera device 100 is again stored in the storage unit. The stored image is read out in 130, and the read image is subjected to a blur detection process.
乂下以五個不同曝光時間的影像為例，値設攝像裝置觸的 焦長（focal length)為35公厘（mm)，此攝像裝置1〇〇預設的初 始安全快門值即為1/35秒（sec)。 在進行個人化女全快門值的設定時，攝像裝置卿透過直接 _或讀取鮮的影絲取得五個不哪光_的影像。為了方 便》兄明’以下分別稱之為第一影像（曝光時間丨蘭秒）、第二影 像（曝光時間1/5G秒）、第三影像（曝光時間秒）、第四影 像（曝光時間1/10秒）與第五影像（曝光時間ι/ΐ5秒）。’ 然後’由攝像裝置卿内建的模糊_程序分別判定第一影 第一讀、第三影像、第四影像與第五影像的影像品質。於 二影像、第二影像、第三影像、第四影像與第五影像 ===分別為:第一影像的影像品質為清晰、第 像的旦 σ°貝為Θ晰、第三影像的影像品f為清晰、第四影 象的衫像品質域糊’以及第五影像的影像品質為清晰。 呈有最影像、第三影像與第五影像）中選取 201104348 ”始安全快門值，以作為此攝健置卿使用於後續拍攝 時的文全快門值。 —於此’可透過軟體或章刀體程式内建於攝縣置應的健存單 疋130 (諸如：硬碟' 隨身碟、記憶體或唯讀記憶體等）中，亦 可儲存於可插拔之記錄媒體15G(請參照「第3圖」）（諸如··記 憶卡或光碟等）中。再由攝像裝置觸的處理模組⑼讀取並執 行儲存單元m或記觸體〗财齡的程式（即程式碼），以致 使攝像裝置100執行上述之個人化安全朗制設定方法。 ▲此外，攝像裝置100亦可透過與電子裝置（諸如：電腦、筆 己3L電腦或4上型電腦等）輕連接，以由電子裝置讀取並執行 儲存於記錄媒體中的程式（即程式碼），致使攝像裝置丨⑻執行上 述之個人化安全快門值的設定方法。 再者，應雜據本發明_人化安全快·的蚊方法的攝 縣置’可於特定咖朗定時關㈣，自動執行減於根據 本發明的個人化安全快門值的設定方法之程式，以更新記錄於其 中的安全快Η值，進峨供使用者個人化的全快門值。 此外，應用根據本發明的個人化安全快門值的設定方法的攝 像裝置，亦可透過提供有設定個人化安全㈣值的選項，讓使用 者手動選擇崎項，來致麟絲置執㈣人化安全㈣值的設 定，實施根據本發明的個人化安全快門值的設定方法。 根據本發明之個人化安全快門值的設定方法可應用於攝像裝 置’以致使攝像裝置透賴糊偵測程絲欺拍攝得的影像的影 像tm貝並且根據景，像品質的判定結果選擇適當的曝光時間來作 201104348 為攝像裝置的安全体門枯 ^ ' 1值，稭以提供使用者個人化的安全快門 值二I .對於穩疋度不佳的使用者(意即攝像裝置在攝拍時係處 於不穩疋狀態中），個人化安全快門值可避免使用者拍攝出模糊的 影像。對於穩定度佳的使用者，個人化安全快卩m可降低安全快 門值同時仍可避免拍攝出模糊的影像，並且還可對較昏暗的環 境做拍攝再者，對於穩定度佳的使用者，個人化安全快門值亦 可讓使用者在使㈣歧拍骑，㈣能夠更明亮，因此可相對 #減少閃光燈的使用或相對降低使用的閃光燈的能量，進而達到省 電的效果。 雖然本發明㈣述之較佳實補揭露如上，然其並非用以限 定本發明，任何熟習相像技藝者，在不脫離本發明之精神和範圍 内’當可作些許之更動與潤飾，因此本發明之專利保護範圍須視 本說明書所附之申請專利範圍所界定者為準。 【圖式簡單說明】 _ 第1圖係為本發明之個人化安全快門值的設定方法的流程 圖； 第2圖係為應用本發明之個人化安全快門值的設定方法的攝 像裝置的示意圖；以及 第3圖係為應用本發明之個人化安全快門值的設定方法的攝 像裝置另一實施例的示意圖。 【主要元件符號說明】 100.......................攝像裝置 120.......................處理模組 201104348 130.......................儲存單元 140.......................攝像模組 150.......................記錄媒體Taking the image of five different exposure times as an example, the focal length of the camera is 35 mm (mm), and the default initial shutter value of the camera is 1/ 35 seconds (sec). When setting the personalized female full shutter value, the camera device obtains five images without any light by directly reading or reading a fresh shadow. In order to facilitate the "Brothers", the following are referred to as the first image (exposure time 丨 blue seconds), the second image (exposure time 1/5G seconds), the third image (exposure time seconds), the fourth image (exposure time 1) /10 seconds) and the fifth image (exposure time ι / ΐ 5 seconds). Then, the image quality of the first image, the third image, the fourth image, and the fifth image is determined by the blurring_program built in by the camera device. The second image, the second image, the third image, the fourth image, and the fifth image=== are respectively: the image quality of the first image is clear, and the image of the first image is a clear image of the third image. The product f is clear, the image of the fourth image is like the quality domain paste, and the image quality of the fifth image is clear. In the most image, third image and fifth image, the 201104348 ” initial safety shutter value is selected as the full shutter value used by the camera for subsequent shooting. — This can be transmitted through the software or the chapter knife. The program is built into the health record unit 130 (such as a hard disk 'driver, memory or read-only memory) that can be stored in the pluggable recording medium 15G (please refer to the 3)") (such as memory cards or CDs, etc.). Then, the processing module (9) touched by the camera device reads and executes the program (i.e., the code) of the storage unit m or the recording body, so that the camera device 100 executes the above-described personalized security setting method. ▲ In addition, the camera device 100 can also be lightly connected to an electronic device (such as a computer, a 3L computer or a 4 PC) to read and execute a program stored in the recording medium (ie, the code). ), causing the image pickup device 丨 (8) to execute the above-described method of setting the personalized security shutter value. Furthermore, according to the present invention, the method of setting the method for setting the personalized security shutter value according to the present invention can be automatically executed at the specific calorie timing (4). In order to update the safe shutter value recorded in it, the full shutter value for the user to personalize. In addition, the image pickup apparatus applying the method for setting the personalized security shutter value according to the present invention can also provide the user with the option of setting the personalized security value. The setting of the security (four) value implements a method of setting the personalized security shutter value according to the present invention. The method for setting the personalized security shutter value according to the present invention can be applied to the image pickup device 'to cause the image pickup device to illuminate the image tm image of the image captured by the film and to select an appropriate image according to the determination result of the image quality. The exposure time is made as 201104348 for the security device of the camera. The value of the camera is used to provide the user with a personalized security shutter value II. For users with poor stability (ie, the camera is in the process of shooting) The system is in an unstable state), and the personalized safety shutter value prevents the user from taking blurred images. For users with good stability, personalized safety can reduce the safety shutter value while avoiding the blurring of images, and can also shoot in darker environments. For users with good stability, The personalized safety shutter value also allows the user to make (4) a bicycling ride, (4) to be brighter, so the relative use of the flash can be reduced or the energy of the used flash can be relatively reduced, thereby achieving a power saving effect. Although the present invention has been described above in detail, it is not intended to limit the present invention, and it is intended that those skilled in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The patent protection scope of the invention is subject to the definition of the scope of the patent application attached to the specification. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a flowchart of a method for setting a personalized security shutter value of the present invention; FIG. 2 is a schematic diagram of an image pickup apparatus to which a method for setting a personalized security shutter value of the present invention is applied; And Fig. 3 is a schematic view showing another embodiment of the image pickup apparatus to which the method of setting the personalized security shutter value of the present invention is applied. [Description of main component symbols] 100.................... Camera device 120................. Processing module 201104348 130..........................storage unit 140............. .......... Camera Module 150.......................Recording Media