TWI245553B - Browsing system - Google Patents

Browsing system Download PDF

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Publication number
TWI245553B
TWI245553B TW093101306A TW93101306A TWI245553B TW I245553 B TWI245553 B TW I245553B TW 093101306 A TW093101306 A TW 093101306A TW 93101306 A TW93101306 A TW 93101306A TW I245553 B TWI245553 B TW I245553B
Authority
TW
Taiwan
Prior art keywords
image data
digital camera
image
printer
operation screen
Prior art date
Application number
TW093101306A
Other languages
Chinese (zh)
Other versions
TW200421864A (en
Inventor
Hiroshi Tanaka
Eiji Ishiyama
Original Assignee
Fuji Photo Film Co Ltd
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Publication date
Application filed by Fuji Photo Film Co Ltd filed Critical Fuji Photo Film Co Ltd
Publication of TW200421864A publication Critical patent/TW200421864A/en
Application granted granted Critical
Publication of TWI245553B publication Critical patent/TWI245553B/en

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F17/00—Digital computing or data processing equipment or methods, specially adapted for specific functions
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units

Abstract

This invention relates to a browsing system when a server is operated from a client, for example, the client is used as a digital camera and the printer is a server and the server can be operated but without a large scale of the client. By connecting a digital camera 1 with a printer 2, the image data obtained from the digital camera are directly printed by printer 2. The operation of the screen image from the operation of the printer 2 is transmitted to the digital camera 1.

Description

1245553 玖、發明說明： 【發明所屬之技術領域】 本發明是關於一瀏覽系統，以由伺服器瀏覽操作伺服 器的操作畫面的內容提供給用戶端，以在用戶端瀏覽操作 畫面且加以顯示，並經由所顯示的操作畫面以操作伺服器。 【先前技術】 以往係提案有印表機（printer)與數位相機（digital cam era)不經由個人電腦而直接連接，藉由自數位相機操作 印表機進行列印的所謂直接列印系統（d i r e c t p r i n t s y s t e m)。 在這種直接列印系統中，藉由印表機可理解數位相機的指 令，且藉由數位相機可理解印表機的指令，以進行欲選擇 列印的影像資料或列印輸出。 但是，針對市場上所具有的所有印表機，爲了使數位 相機理解印表機可利用紙張的尺寸、可利用紙張的種類（光 亮紙、普通紙等）、一張紙可列印的影像數、以及CD-R印 刷等之用以因應印表機的特殊功能用的指令，則需要龐大 容量的記憶體，會使數位相機的成本上升。相反地，針對 市場上所具有的所有數位相機，在理解執行數位相機所具 有的各種功能用的指令上，印表機側也需要龐大容量的記 憶體，會使印表機的成本上升。因此，現狀爲僅能在特定 的印表機與特定的數位相機之間構成直接列印系統，或即 使可構成直接列印系統也僅能利用印表機或數位相機所具 有的基本的功能。 因此，被提案有藉由使數位相機具備當作網頁瀏覽器 一5_ 1245553 (W e b b r o w s e r )的功能，以數位相機作爲用戶端（c Π e n t)，以 印表機作爲伺服器（s e ι· v e r)來作用，由印表機把操作畫面作 爲顯示於數位相機的內容（contents)提供給數位相機，藉由 以網頁瀏覽器當作數位相機的使用者介面（UI: User Interface)來使用，即使在數位相機以及印表機的雙方中不 理解各個指令之場合時也能進行雙方的控制之系統（參照專 利文獻1到3)。而且，以行動電話等的瀏覽器作爲UI以利 用在家電等的控制的系統也爲已知。 而且也提案有，例如將AV機器等之被控制的裝置（受 控裝置）與用以控制受控裝置的電視等的控制裝置予以連 接，受控裝置發送用以操作受控裝置用的操作資訊（用以顯 示操作畫面的影像資訊、用以指示操作的聲音資訊等）給控 制裝置，在控制裝置中顯示操作資訊，在控制裝置中接受 經由操作畫面的操作的輸入，以操作受控裝置的系統（例如 參照專利文獻4到7)。 若將適用這些系統於直接列印系統’則即使數位相機 不理解印表機的指令也能進行印表機的操作。 【專利文獻1】 日本特開平10-2246 7 6號公報 【專利文獻2】 曰本特開2000-196799號公報 【專利文獻3】 曰本特開2001-222318號公報 【專利文獻4】 一 6 - 1245553 曰本特開平9 - 1 4 9 3 2 5號公報 【專利文獻5】 曰本特開平1 1 - 2 4 9 7 0 9號公報 【專利文獻6】 曰本特開平1 1 - 3 2 8 0 8 1號公報 【專利文獻7】 曰本特開2001-136588號公報 【發明內容】 但是’在上述專利文獻1到3所記載的系統中，因數 位相機係當作網頁瀏覽器而作用，故對於在印表機所提供 的內谷中’子兀（character)係作爲字元碼（character code)而 被包含的情形時，需記憶顯示該字元碼用的字型（font)。但 是’因數位相機係以拍攝或顯示影像爲目的而作成，故爲 了影像的攝影或顯示等的指示，大部份的場合爲僅記憶所 需最小限的字型。因此，爲了顯示印表機爲了顯示操作畫 面而提供給數位相機的所有字元，需在數位相機使可被操 作畫面利用的所有的字型與所有的字元碼對應而記憶，故 數位相機的構成規模變大，使數位相機的成本上升。 而且，在上述專利文獻4到7所記載的系統中，當操 作資訊作爲影像發送到數位相機的情形，因爲需把構成進 行操作用的按鈕等的操作畫面的構成零件配置於操作畫面 上。但是，這樣把構成零件配置於操作晝面上的情形，在 數位相機中因需作配置構成零件的位置或尺寸之種種變 更，故數位相機的操作負擔大。 -7- 12455531245553 (1) Description of the invention: [Technical field to which the invention belongs] The present invention relates to a browsing system, in which a server browses the content of an operation screen of an operation server to a client to browse and display the operation screen at the client. And through the operation screen displayed to operate the server. [Prior technology] In the past, a so-called directprint system (directprint system) has been proposed in which a printer and a digital camera are directly connected without a personal computer, and the printer is operated by a digital camera. ). In this direct printing system, the printer can understand the instructions of the digital camera, and the digital camera can understand the instructions of the printer, so as to select the image data to be printed or print out. However, for all printers on the market, in order for digital cameras to understand the size of paper available to the printer, the types of paper available (glossy paper, plain paper, etc.), and the number of images that can be printed on one sheet of paper In addition, CD-R printing and other commands used to respond to the special functions of the printer require a large amount of memory, which will increase the cost of digital cameras. Conversely, for all digital cameras on the market, in order to understand the instructions for performing various functions of the digital camera, the printer side also needs a large-capacity memory, which will increase the cost of the printer. Therefore, the current situation is that a direct printing system can be constructed only between a specific printer and a specific digital camera, or even if a direct printing system can be constructed, only basic functions possessed by the printer or digital camera can be utilized. Therefore, it has been proposed to make the digital camera function as a web browser 5_ 1245553 (W ebbrowser), use the digital camera as the client (c Π ent), and use the printer as the server (se · ver ), The printer provides the operation screen as content displayed on the digital camera to the digital camera, and uses the web browser as the user interface (UI: User Interface) of the digital camera to use, even if A system capable of controlling both of the digital camera and the printer when the respective commands are not understood (see Patent Documents 1 to 3). In addition, a system using a browser such as a mobile phone as a UI to control a home appliance or the like is also known. It is also proposed to connect a controlled device (controlled device) such as an AV device with a control device such as a television to control the controlled device, and the controlled device sends operation information for operating the controlled device. (The image information used to display the operation screen, the sound information used to indicate the operation, etc.) to the control device, display the operation information in the control device, and accept the input of the operation via the operation screen in the control device to operate the controlled device. System (for example, refer to Patent Documents 4 to 7). If these systems are applied to the direct printing system ', the operation of the printer can be performed even if the digital camera does not understand the instructions of the printer. [Patent Document 1] Japanese Patent Laid-Open Publication No. 10-2246 7 [Patent Document 2] Japanese Patent Publication No. 2000-196799 [Patent Literature 3] Japanese Patent Publication No. 2001-222318 [Patent Document 4] 6 -1245553 Japanese Patent Publication No. 9-1 4 9 3 2 [Patent Document 5] Japanese Patent Publication No. 1 1-2 4 9 7 0 9 [Patent Document 6] Japanese Patent Publication No. 1 1-3 2 8 0 8 [Patent Document 7] Japanese Patent Application Laid-Open No. 2001-136588 [Summary of the Invention] However, in the systems described in the above Patent Documents 1 to 3, the digital camera functions as a web browser Therefore, when the character is included as a character code in the inner valley provided by the printer, it is necessary to memorize and display the font used for the character code. However, because the digital camera is created for the purpose of shooting or displaying images, it is used for instructions such as shooting or displaying images. In most cases, only the minimum font size is required to be memorized. Therefore, in order to display all characters provided by the printer to the digital camera in order to display the operation screen, the digital camera needs to memorize all the fonts that can be used by the operation screen with all the character codes, so the digital camera's The larger the scale, the higher the cost of digital cameras. Furthermore, in the systems described in the aforementioned Patent Documents 4 to 7, when operation information is transmitted as an image to a digital camera, it is necessary to dispose the components constituting the operation screen such as buttons for operation on the operation screen. However, in the case where the component parts are arranged on the operating day surface in this way, the position and size of the component parts need to be changed in the digital camera, so the operation burden of the digital camera is large. -7- 1245553

而且，適用上述專利文獻1到7的系統於直接列印系 統的情形，操作畫面由印表機提供給數位相機，顯示於數 位相機，而列印的影像記憶於數位相機。因此，爲了把選 擇列印的影像用的操作畫面顯示於數位相機，印表機需事 前取得數位相機所記憶的影像資料、影像資料的列示（list) 或影像資料的簡圖（t h u m b n a i 1)影像的一覽，使用所取得的 影像資料、列示或簡圖影像，生成用以選擇列印輸出的影 像的操作畫面，提供給數位相機。而且，爲了使印表機由 數位相機取得影像資料，印表機需在數位相機中的影像資 料理解記錄構造。因此，影像資料、列示或簡圖影像的發 送接收需長時間，同時數位相機以及印表機的雙方的處理 負擔變大。 本發明乃有鑒於上述情事而成者，其第一目的爲例如 使用數位相機作爲用戶端，且例如使用印表機作爲伺服器， 當由用戶端進行伺服器的操作時，可在用戶端的構成規模 不大之下而能進行伺服器的操作。 又，第二目的爲，在顯示操作畫面時減輕用戶端的負 擔。 此外，第三目的爲，特別是在以數位相機當作用戶端， 以印表機當作伺服器來作用的情形中，可在無施加負擔給 數位相機以及印表機的雙方下進行欲列印輸出之影像的選 擇。 依照本發明的第一瀏覽系統，其係由用戶端與伺服器 構成，該伺服器係把包含用以操作該伺服器的操作構成零 -8 ~ 1245553 件的操作畫面作爲被瀏覽的內容而提供給前述用戶端， 該用戶端具備：瀏覽前述內容的瀏覽手段，與顯示該 被瀏覽的內容的前述操作畫面的顯示畫面，與接受經由該 操作畫面而對前述伺服器的操作之操作手段而成， 其特徵爲··前述伺服器係把僅由包含前述操作構成零 件的影像所構成的操作畫面作爲前述內容而提供給前述用 戶端。 所謂的[操作構成零件]係指用以選擇包含於操作畫面中 的操作指令的按鈕、用以構成操作指令的字元、顯示於操 作畫面的標誌（logo)影像、以及在當作觸控式面板（touch panel)來作用時之用以顯示主動區域（active area)的影像 等。 所謂的[操作手段]係指用以選擇操作畫面上的操作指令 的鍵，然而不僅是按鈕，也可以是藉由觸控操作畫面以選 擇操作指令之所謂的觸控式面板。 所謂的[包含操作構成零件的影像]係意味著操作構成零 件包含在一畫像中而成的影像，而不包含操作畫面的背景 的影像與操作構成零件的影像爲以不同體而成者。 此外，在依照本發明的第一瀏覽系統中，也可以令前 述用戶端爲具備有記憶前述影像資料的記憶手段，乃用以 @行將前述影像資料顯示於前述顯示畫面以及進行該影像 資料的選擇處理的控制手段。 在此場合’也可以爲，若前述操作手段接受經由用以 胃受前述影像資料的選擇開始指示的操作畫面之前述影像 一9一 1245553 資料的選擇開始指示，則起動前述控制手段，實行前述影 像資料的選擇處理。 而且，在依照本發明的第一瀏覽系統中，令前述操作 畫面爲具有假想顯示於預定尺寸的假想顯示畫面之影像尺 寸’前述操作構成零件在該操作畫面上的配置係由前述影 像尺寸上的絕對座標所規定而成者， 前述用戶端也可以擴大縮小前述操作畫面以適合前述 顯示畫面的尺寸，以顯示於前述顯示畫面。 而且，在依照本發明的第一瀏覽系統中，令前述操作 畫面係由J P E G形式的影像資料構成者，使前述操作構成零 件的邊界成爲前述JPEG形式的影像資料中的壓縮塊的像素 數的整數倍的位置般地配置前述操作構成零件於前述操作 畫面上也可以。 依照本發明的第二瀏覽系統，其係由數位相機與印表 機構成’該印表機係把包含有用以操作該印表機的操作構 成零件的操作畫面當作被瀏覽的內容而提供給前述數位相 機， 前述數位相機具備：瀏覽前述內容的瀏覽手段，與顯示 該被瀏fc的內容的前述操作畫面的顯示晝面，與接受經由 該操作畫面之對前述印表機的操作的操作手段，與藉由攝 影取得影像資料的攝像手段’與記憶該影像資料的記憶手 段’以及用以進行將前述影像資料顯示於前述顯示畫面以 及進行該影像資料的選擇處理之控制手段而成， 其特徵爲：若前述操作手段接受經由用以接受前述影像 -10- 1245553 資料的選擇開始指示的操作畫面之前述影像資料的選擇開 始指示時，則前述控制手段起動，實行前述影像資料的選 擇處理。 【實施方式】 以下參照圖面針對本發明的實施形態來說明。第1圖 是顯示適用依照本發明的實施形態的瀏覽系統的直接列印 系統的構成圖。如第1圖（a)所示，依照本實施形態的直接 列印系統係分別令數位相機1以及印表機2爲用戶端以及 伺服器而以無線方式加以連接，由數位相機1操作印表機 2，而進行將數位相機1所取得的影像資料之列印輸出。此 外如第 1圖（b)所示，也可以爲藉由IEEE 1 394、USB、 Ethernet(登錄商標）等的規格的纜線（cable)3以有線方式連 接數位相機1與印表機2，由數位相機1操作印表機2，進 行將數位相機1所取得的影像資料之列印輸出。此外印表 機2不僅與數位相機1直接連接者，也可以爲在網際網路 (internet)上者。 第2圖是數位相機的外觀斜視圖。如第2圖所示在數 位相機1配設有：使被攝體像成像於攝像部的攝影透鏡1 2， 與顯示影像資料以及幅號碼等的各種資訊的液晶顯示器 (LCD)14，與輸入數位相機1的起動以及停止的電源開關 16，與數位相機1的使用者指示攝影的釋放按鈕（release button)18，與切換數位相機1所具備的攝影模式、再生模 式、直接列印模式等的各種模式而設定的模式切換旋鈕 (dial)20，與由顯示於LCD14的項目消去所希望的項目， !245553 或停止處理’或消除所選擇的處理時按下的取消按鈕22 ’ 與實行由顯示於L C D 1 4的項目選擇的項目時按下的實行按 鈕24 ’與當顯示具有數位相機1所具備的各種模式的選項 (menu)時所按下的選項按鈕26，與在進行顯示於LcD1 4的 巾田5虎碼的增量（increment)、減量（decrement)以及選項的選 擇等的情形所操作的上下左右鍵2 8，與和印表機2進行利 用無線的通信的天線3 0，與和印表機2進行利用有線的通 信的通信連接器3 2。 第3圖是模式切換旋鈕20的俯視圖。如第3圖所示在 模式切換旋鈕2 0可切換地構成有：進行數位相機1的設定 的設定模式（set up)、直接列印模式（print)、與個人電腦連 接進行轉送到影像資料的個人電腦的PC模式（PC)、拍攝動 畫的動畫模式（Mov)、拍攝靜止畫的相機模式（Cam)以及顯 示所攝像的影像於LCD14的再生模式（Play)。此外，在第3 圖中顯示模式切換旋鈕20被切換成直接列印模式的狀態。 第4圖是數位相機丨的信號處理系的方塊圖。在數位 相機1配設有··使被攝體像成像於受光面而進行光電變換， 以影像資料輸出的攝像部40，與進行數位相機1全體的控 制’並且進行影像資料的取樣計時（sampling timing)控制、 影像資料的記錄控制、通信控制、顯示控制以及操作畫面 的瀏覽等的控制之CPU42，與進行影像尺寸的變更、銳度 (s h a r p n e s s)補正、伽馬（g a m m a )補正、對比補正以及白平衡 (white balance)補正等的處理之信號處理部44，與將類比 資訊的影像資料轉換成數位的影像資料的A/D轉換器46， 1245553 與閃光燈（str〇b〇)48，與控制閃光燈48的操作的閃光燈控 制部5 0，與釋放按鈕1 8、模式切換旋鈕2 0、取消按鈕2 2、 實行按鈕24、選項按鈕26以及上下左右鍵28等的使用者 輸入資訊時所使用的輸入部5 2，與輸入輸入部5 2的設定資 訊的介面之1/054。 而且，在數位相機1配設有：以JEPG或動態JPEG (Mot ion JPEG)所代表的手法壓縮影像資料，或解凍所壓縮的影像資 料的壓縮解凍部5 6，與爲了在可拆卸安裝地裝設於記憶卡 插槽 58的記憶卡（memory card)60記錄或讀出影像資料而 轉換影像資料的卡片介面62。記憶卡60係半導體、磁性記 錄以及光記錄所代表的可拆卸安裝的記錄媒體。 而且，在數位相機〗配設有··藉由包含實行選擇網頁 瀏覽器的程式以及影像用的影像選擇常式（routine)的程式 的CPU42的動作程式或記憶有各常數的ROM以及成爲程 式實行時的作業區域的記憶手段的RAM構成的系統記憶體 64，與電源斷開後也能繼續記憶數位相機〗的各種設定常 數的可重寫的非揮發性記憶體66，與在計時器（timer)攝影 時驅動的計時器6 8，與計時現在的時刻的行事曆時鐘7 0， 與藉由無線通信使用影像資料或各種資訊於與印表機2發 送接收的情形使用的無線介面72，與藉由無線通信使用影 像資料或各種資訊於與印表機2發送接收的情形的USB、 IEEE 1 3 94、Ethernet (登錄商標）等的規格的有線介面73，與 進行顯示影像資料於LCD 14用的D/A等的LCD控制部74， 與藉由一時地記憶由 CPU42指令的顯示用的影像資料的 1245553 VR AM (視訊隨機存取記憶體··VUe 〇 RAM)等構成的頁框記憶 體（frame memory) 76，與將由CPlj42指令的代碼（code)資訊 轉換成顯不的子兀或δΛ息資料，與影像一'起營幕顯不（onscreen display) 的 OSD78， 與由 LCD14 進行 各種輸 入用的 觸控式面板8 0，與控制觸控式面板8 〇的觸控式面板控制部 8 2。此外，也配設有供給電力給各部的電池8 4。 而且，藉由CPU42自系統記憶體64讀出網頁瀏覽器的 程式而實行，使CPU42當作瀏覽手段而發揮功能。 而且，在非揮發性記憶體6 6中於後述的直接列印模式 時’ 憶有爲了進行通信所必須的印表機2的M A C位址。 此外，對於假想進行複數種類的印表機2與直接列印的情 形，假想進行通信的複數台印表機的MAC位址係記憶於非 揮發性記憶體66。 此外，在本實施形態中來自觸控式面板80以及輸入部 5 2的雙方的輸入爲可能。 在無線介面7 2連接有天線3 0，在有線介面7 3連接有 通信連接器3 2，可實施印表機2等其他的通信機器與包含 影像資料的各種資訊的發送接收。 此外，無線介面7 2爲使用電波、超音波、紅外線等的 光的介面。對於使用電波的情形，根據無線L AN (區域網 路：Local Area Network)等的無線通信的規格也可以。 第5圖是顯示記憶卡6〇中的影像資料的記錄構造圖。 如第5圖所示在根目錄（root)的下層形成有具有3位數的號 碼以及名稱的目錄（在第 5圖中爲[〇〇1 Vacation]以及 1245553 [002Biirthday])，在各目錄內儲存有由具有 DSCF0 00 1.JPG 等的4位數的號碼的檔案名稱構成的影像資料。此外，對 於如002 Birth day目錄的DSCF0002.JPG欠缺檔案名稱的情 形，該檔案名稱的影像資料變成不存在。而且，目錄的3 位數的號碼成爲目錄號碼，影像資料的4位數的號碼成爲 幅號碼。據此，例如001 Vacation目錄的DSCF000 1.JPG可 用目錄號碼與幅號碼來表示0 0 1 - 0 0 0 1。此外，在顯示影像 資料於LCD14時，目錄號碼以及幅號碼係如00 1 -000 1而顯 7]\ ° 第6圖是印表機2的外觀斜視圖。如第2圖所示在印 表機2配設有：插入記憶卡6 0的卡片插槽（c a r d s 1 〇 t) 9 0，與 包含設定讀出影像資料於印表機2的模式的模式切換開關 92，進行操作印表機2用的各種輸入的操作開關群94，與 和數位相機1進行利用無線的通信用的天線96，與和數位 相機1進行有線的通信的通信連接器98，與接受列印輸出 的列印的排紙盤1 00，與由顯示印表機2的動作狀態的LED 等構成的顯示器群102。 第7圖是模式切換開關92的俯視圖。如第7圖所示在 模式切換開關9 2可切換地構成有:由記憶卡6 0讀出影像資 料的卡片模式（Card)，與藉由無線由個人電腦讀出影像資料 的無線個人電腦模式（P C (W i r e 1 e s s ))，與藉由無線由數位相 機1讀出影像資料的無線相機模式（Cam(Wireless))，與由 藉由有線連接的個人電腦讀出影像資料的有線個人電腦模 式（PC) ’與由藉由有線連接的數位相機1讀出影像資料的 一 1 5- 1245553 有線相機模式（Cam)。此外，在第7圖中模式切換開關9? 係顯示切換成無線相機模式的狀態。 在本實施形態中，印表機2係假想與數位相機1或侧 人電腦連接而使用，惟對於與個人電腦連接的情形，使 者顯示操作畫面於個人電腦進行印表機2的操作，對於與 數位相機1連接進行直接列印的情形，使用者顯示操作窗 面於數位相機1的LCD 1 4，以進行印表機2的操作。因此， 印表機2不具有成爲進行操作用的一體的顯示器。 第8圖是印表機2的信號處理系的方塊圖。在印表機2 配設有：進行印表機2全體的控制，並且進行影像資料的讀 出控制、列印控制、通信控制以及顯示控制等的CPU1 10， 與輸入操作開關群94以及顯示器群102的設定資訊的介面 之1/0112，與爲了在裝塡於卡片插槽90的記憶卡60記錄 或讀出影像資料而轉換資料的卡片介面1 1 4，與藉由記憶有 CPU1 10的動作程式或各常數的ROM以及成爲程式實行時 的作業區域的記憶手段的RAM構成的系統記憶體1 i 6，與 電源斷開後也能繼續記憶印表機2的各種設定常數的可重 寫的非揮發性記憶體1 1 8，與由實行列印用的印劃頭 (photographic print head)、光源、給紙機構等構成的列印 引擎（print engine)l2〇，與藉由無線通信使用影像資料或各 種資訊於與數位相機1發送接收的情形使用的無線介面 1 2 2，與藉由有線通信使用影像資料或各種資訊於與數位相 機1發送接收的情形的USB、IEEE 1 3 94、Ethernet(登錄商 標）等的規格的有線介面1 24，與進行顯示影像資料於連接 1245553 於印表機2的外部監視器1 2 6用的D/A等的顯示控制部 1 2 8，與藉由一時地記憶由CPU 1 1 0指令的顯示用的影像資 料的VRAM等構成的頁框記憶體130。 此外如後述，表示在進行直接列印時顯示操作畫面於 數位相機1的使用者介面（UI)影像的UI影像資料以及川 記述檔案係記憶於非揮發性記憶體Π 8。 在無線介面122連接有天線96，在有線介面124連接 有通信連接器98，可實施數位相機1等其他的通信機器與 包含影像資料的各種資訊的發送接收。 此外，無線介面1 2 2爲使用電波、超音波、紅外線等 的光的介面。對於使用電波的情形根據無線LAN(區域網 路：Local Area Network)等的無線通信的規格也可以。 第9圖係顯示UI影像的例子圖。此外，在第9圖中在 實行直接列印的情形，顯示表示最初顯示於數位相機1的 初期的操作畫面的UI影像。如第9圖所示，UI影像140 係在背景影像1 40A上藉由描繪有操作構成零件的三個主動 區域1 4 0 B、1 4 0 C、1 4 0 D的影像，與標誌影像1 4 0 E而構成。 主動區域140B、140C、140D係可藉由觸控式面板80進行 操作的區域，藉由在LCD14顯示UI影像140，觸控主動區 域140B、140C、140D，使對應被觸控的主動區域140B、 14 0C、140D的指示由數位相機1發送到印表機2。此外， 不僅觸控式面板8 0，藉由以上下左右鍵2 8選擇使用者所希 望的主動區域140B、140C、140D按下實行按鈕24’使對 應主動區域140B、140C、140D的指示由數位相機1發送 1245553 到印表機2也可以。 此外，在第9圖所示的UI影像14〇中，主動區域MOB、 140C、140D係分別表示列印一片用紙的一個影像的 StandardPrint、在一*片用紙列印複數個簡圖影像的 IndexPrint以及在一片用紙列印複數個影像的MultiPrint的 列印選項。而且，使用者可藉由選擇任一個主動區域1 40 B、 140C、140D選擇列印選項。 其中，UI影像1 40係具有假想顯示於數位相機1標準 地具有的尺寸的假想顯示畫面的影像尺寸。在本實施形態 中，假想顯示畫面的像素數係成爲3 20 x240像素。而且， 在UI影像M0的左上角設定原點，在紙面橫方向設定X軸， 在紙面縱方向設定y軸，右下角的xy座標成爲（3 1 9，2 3 9)。 印表機2原封不動地將表示UI影像140的UI影像資料發 送給數位相機1。此外，令表示顯示初期操作畫面用的UI 影像14〇的UI影像資料的檔案名稱爲000 1.jpg。 數位相機1若接收UI影像資料，則擴大縮小處理UI 影像14〇以適合自身的LCD 14的尺寸，而令處理後的UI 影像1 4 0爲初期的操作畫面顯示於LC D 1 4。例如對於LC D 1 4 的尺寸爲24〇x 1 80像素的情形，縮小UI影像140成0.75 倍，顯示縮小的UI影像140於LCD 14。此外，擴大縮小處 理係信號處理部44所進行。此外，對於LCD14的尺寸爲 3 20 x240像素的情形，可不進行任何擴大縮小處理而顯示⑴ 影像1 40於LCD 1 4。Furthermore, when the systems of Patent Documents 1 to 7 described above are applied to a direct printing system, the operation screen is provided to the digital camera by the printer and displayed on the digital camera, and the printed images are stored in the digital camera. Therefore, in order to display the operation screen for the image selected for printing on the digital camera, the printer needs to obtain the image data stored in the digital camera, a list of image data, or a simplified diagram of the image data (thumbnai 1) in advance. A list of images, using the acquired image data, listings, or thumbnail images, generates an operation screen for selecting the images to be printed out and provides them to the digital camera. Furthermore, in order for the printer to obtain image data from a digital camera, the printer needs to understand the recording structure from the image data in the digital camera. Therefore, it takes a long time to send and receive image data, display images, or thumbnail images, and the processing load on both the digital camera and the printer becomes large. The present invention has been made in view of the above circumstances, and its first object is to use, for example, a digital camera as a client and, for example, a printer as a server. When the server operates by the client, the configuration on the client can be It is not large enough to operate the server. A second object is to reduce the burden on the user when the operation screen is displayed. In addition, the third object is to perform scheduling without the burden on both the digital camera and the printer, especially when the digital camera is used as a client and the printer is used as a server. Selection of printed images. The first browsing system according to the present invention is composed of a client and a server, and the server provides an operation screen including zero to 8 to 1245553 pieces of operations for operating the server as a browsed content. The client is provided with a browsing means for browsing the content, a display screen for displaying the operation screen of the browsed content, and an operation means for receiving an operation on the server via the operation screen. It is characterized in that the aforementioned server provides an operation screen composed of only an image including the aforementioned operation component parts as the aforementioned content to the aforementioned client. The so-called “operation component” refers to a button for selecting an operation instruction included in the operation screen, characters used to constitute the operation instruction, a logo image displayed on the operation screen, and a touch-sensitive type. The touch panel is used to display the image of the active area. The so-called [operation means] refers to a key for selecting an operation instruction on an operation screen. However, it is not only a button, but also a so-called touch panel which can select an operation instruction by touching the operation screen. The so-called “image including operation component parts” means that the operation component parts are included in a portrait, and the image that does not include the background of the operation screen and the operation component parts are made of different bodies. In addition, in the first browsing system according to the present invention, the client can also be provided with a memory means for storing the image data, which is used to display the image data on the display screen and perform the image data. Select the control method for processing. In this case, it may also be that if the operation means accepts the selection instruction of the image -91242453 data via the operation screen for receiving the selection start instruction of the image data, the control means is activated to execute the image Selection and processing of data. Further, in the first browsing system according to the present invention, the operation screen is made to have an image size of an imaginary display screen that is supposed to be displayed on a predetermined size. The arrangement of the operation component on the operation screen is based on the image size. If the absolute coordinates are specified, the user terminal may also expand or reduce the operation screen to fit the size of the display screen to be displayed on the display screen. Furthermore, in the first browsing system according to the present invention, the operation screen is composed of image data in JPEG format, and a boundary of the operation component is an integer of the number of pixels of a compressed block in the image data in JPEG format. The operation component may be arranged on the operation screen at a multiple position. A second browsing system according to the present invention is composed of a digital camera and a printer. The printer is provided with an operation screen including operating components for operating the printer as viewed content. In the digital camera, the digital camera includes a browsing means for browsing the content, a daytime display of the operation screen displaying the content of the viewed fc, and an operation means for accepting operation of the printer via the operation screen. It is formed by the imaging means 'and the memory means for memorizing the image data' obtained by photography, and the control means for displaying the aforementioned image data on the aforementioned display screen and selecting and processing the image data. For: if the operation means accepts the selection start instruction of the image data via the operation screen for accepting the selection start instruction of the image -10- 1245553 data, the control means is activated to execute the selection processing of the image data. [Embodiment] An embodiment of the present invention will be described below with reference to the drawings. Fig. 1 is a diagram showing a configuration of a direct printing system to which a browsing system according to an embodiment of the present invention is applied. As shown in FIG. 1 (a), the direct printing system according to the present embodiment makes the digital camera 1 and the printer 2 wirelessly connected to the client and the server, respectively, and the digital camera 1 operates the printing Machine 2 to print and output image data obtained by digital camera 1. In addition, as shown in FIG. 1 (b), the digital camera 1 and the printer 2 may be connected in a wired manner through a cable 3 such as IEEE 1 394, USB, and Ethernet (registered trademark). The printer 2 is operated by the digital camera 1 to print and output image data obtained by the digital camera 1. In addition, the printer 2 is not only directly connected to the digital camera 1, but also may be an Internet. Fig. 2 is a perspective view showing the appearance of a digital camera. As shown in FIG. 2, the digital camera 1 is provided with a photographing lens 12 for imaging a subject image on an imaging section, a liquid crystal display (LCD) 14 for displaying various information such as image data and frame numbers, and an input. The power switch 16 for starting and stopping the digital camera 1 and the release button 18 for the user of the digital camera 1 to instruct shooting, and for switching between the shooting mode, the reproduction mode, and the direct print mode of the digital camera 1 The mode switching knob (dial) 20 set for each mode, and the desired item to be deleted from the item displayed on the LCD 14,! 245553 or stop processing 'or cancel button 22' when the selected processing is cancelled, and execute by display An execution button 24 ′ pressed when an item is selected in the LCD 1 4 item, and an option button 26 pressed when a menu having various modes provided in the digital camera 1 is displayed, and displayed on the LcD 1 4 The up, down, left, and right keys 28 operated by the Infield 5 tiger code increment, decrement, and selection of options, etc., and use wireless communication with the printer 2 Line 30, with the printer 2 and the wired communication of the communication connector 32. FIG. 3 is a plan view of the mode switching knob 20. As shown in FIG. 3, the mode switch knob 20 is configured to be switchable: a set up mode for setting the digital camera 1, a direct print mode, and a connection to a personal computer for transferring image data. PC mode (PC) of a personal computer, movie mode (Mov) for shooting movies, camera mode (Cam) for shooting still pictures, and playback mode (Play) for displaying captured images on the LCD 14. In addition, the state in which the mode switching knob 20 is switched to the direct print mode is shown in FIG. 3. FIG. 4 is a block diagram of a signal processing system of the digital camera. The digital camera 1 is provided with an imaging unit 40 that images a subject image on a light-receiving surface and performs photoelectric conversion, and outputs image data, and controls the entire digital camera 1 and performs sampling timing of the image data. timing) control, image data recording control, communication control, display control, and control of the operation screen browsing, etc. CPU42, and changes the image size, sharpness correction, gamma correction, contrast correction and Signal processing unit 44 for processing such as white balance correction, A / D converter 46, 1245553 and flash (str0b〇) 48 for converting image data of analog information into digital image data, and control The flash control unit 50, which operates the flash 48, and the release button 1 8, the mode switch knob 20, the cancel button 2 2, the execute button 24, the option button 26, and the up, down, left, and right keys 28 are used when the user inputs information. 1/054 of the interface between the input unit 52 and the setting information of the input unit 52. Furthermore, the digital camera 1 is provided with a compression and thawing unit 56 that compresses image data by a method represented by JEPG or Motion JPEG, or decompresses the compressed image data. A memory card 60 provided in the memory card slot 58 is a card interface 62 for recording or reading image data and converting the image data. The memory card 60 is a detachably mounted recording medium represented by semiconductors, magnetic recording, and optical recording. In addition, the digital camera is provided with an operation program of the CPU 42 including a program for executing a web browser selection program and an image selection routine for imaging, or a ROM storing various constants and a program execution The system memory 64, which is composed of RAM in the working area, is a rewritable non-volatile memory 66 with various setting constants that can continue to store the digital camera even when the power is turned off, and a timer (timer) ) The timer 6 8 driven at the time of shooting, and the calendar clock 70, which counts the current time, and the wireless interface 72 used when wirelessly using image data or various information for sending and receiving with the printer 2, and Wired interface 73 with USB, IEEE 1 3 94, Ethernet (registered trademark) and other specifications used to transmit and receive image data or various information to and from printer 2 through wireless communication, and display image data on LCD 14. LCD control unit 74 such as D / A, and 1245553 VR AM (video random access memory · VUe RAM) by temporarily storing image data for display commanded by CPU42 Frame memory 76, etc., and OSD78, which converts code information instructed by CPlj42 into unobtrusive or δΛ-information data, and on-screen display. And a touch panel 80 for various inputs by the LCD 14, and a touch panel control section 82 that controls the touch panel 80. In addition, a battery 84 is provided to supply power to each unit. The CPU 42 reads the program of the web browser from the system memory 64 and executes the program, so that the CPU 42 functions as a browsing means. Further, in the non-volatile memory 66, the MAC address of the printer 2 necessary for communication in the direct printing mode described later is recalled. In the case of a plurality of types of printers 2 and direct printing, the MAC addresses of the plurality of printers that are supposed to communicate are stored in the non-volatile memory 66. In this embodiment, input from both the touch panel 80 and the input unit 52 is possible. An antenna 30 is connected to the wireless interface 7 2, and a communication connector 32 is connected to the wired interface 7 3. This enables transmission and reception of other communication devices such as the printer 2 and various information including video data. The wireless interface 72 is an interface using light such as radio waves, ultrasonic waves, or infrared rays. In the case where radio waves are used, it may be based on a wireless communication standard such as a wireless LAN (Local Area Network). FIG. 5 is a diagram showing a recording structure of video data on the memory card 60. As shown in FIG. 5, a directory having a three-digit number and a name ([00〇1 Vacation] and 1245553 [002Biirthday]) in the lower layer of the root directory (root) is formed in each directory. Image data including a file name with a 4-digit number such as DSCF0 00 1.JPG is stored. In addition, in the case of a file name such as DSCF0002.JPG in the 002 Birth day directory, the image data of the file name does not exist. The three-digit number of the directory becomes the directory number, and the four-digit number of the video material becomes the frame number. According to this, for example, DSCF000 1.JPG of the 001 Vacation directory can use the directory number and frame number to represent 0 0 1-0 0 0 1. In addition, when displaying image data on LCD14, the directory number and frame number are displayed as 00 1 -000 1 7] \ ° Figure 6 is a perspective view of the appearance of printer 2. As shown in FIG. 2, the printer 2 is equipped with a card slot 90 (cards 10) for inserting a memory card 60, and a mode switch including a mode for setting read image data to the printer 2. The switch 92 is an operation switch group 94 for performing various inputs for operating the printer 2. The antenna 96 for wireless communication with the digital camera 1 and the communication connector 98 for wired communication with the digital camera 1. A paper output tray 100 that receives print output and a display group 102 including an LED or the like that displays the operation status of the printer 2. FIG. 7 is a plan view of the mode switching switch 92. As shown in FIG. 7, the mode switch 9 2 is switchably composed of a card mode (Card) for reading image data from a memory card 60 and a wireless personal computer mode for reading image data from a personal computer wirelessly. (PC (Wire 1 ess)), and a wireless camera mode (Cam (Wireless)) for reading out image data from the digital camera 1 wirelessly, and a wired personal computer for reading out image data through a wired personal computer Mode (PC) 'and 1- 1245553 wired camera mode (Cam) for reading out image data by digital camera 1 connected by wire. In addition, the mode switch 9 in FIG. 7 shows the state of switching to the wireless camera mode. In this embodiment, the printer 2 is supposed to be used by being connected to the digital camera 1 or a personal computer. However, when it is connected to a personal computer, the operator displays the operation screen on the personal computer to perform the operation of the printer 2. When the digital camera 1 is connected for direct printing, the user displays an operation window on the LCD 1 4 of the digital camera 1 to perform the operation of the printer 2. Therefore, the printer 2 does not have an integrated display for operation. FIG. 8 is a block diagram of a signal processing system of the printer 2. The printer 2 is provided with a CPU 1 10 which controls the entire printer 2 and performs image data readout control, print control, communication control, and display control, and an input operation switch group 94 and a display group. 1/0112 of the setting information interface 102, the card interface 1 1 4 for converting data for recording or reading image data on the memory card 60 installed in the card slot 90, and the operation of storing the CPU 1 10 Program memory or each constant ROM and system memory 1 i 6 composed of RAM which is a means for storing the operating area when the program is executed. It can continue to store various set constants of the printer 2 even after the power is turned off. Non-volatile memory 1 1 8 and a print engine 12 including a print head for printing, a light source, a paper feeding mechanism, and the like, and use of images by wireless communication Wireless interface 1 2 2 used when data or various information is transmitted to and received from digital camera 1, USB, IEEE 1 used when image data or various information is transmitted or received by digital camera 1 through wired communication 3 94, wired interface 1 such as Ethernet (registered trademark), and a display control unit such as a D / A for external display monitor 1 2 6 connected to 1245553 to the printer 2 and display image data 1 2 8 And a frame memory 130 composed of a VRAM or the like that temporarily stores image data for display that is instructed by the CPU 110 for a while. In addition, as described later, the UI image data showing the operation screen displayed on the user interface (UI) image of the digital camera 1 during direct printing and the Sichuan description file are stored in the non-volatile memory UI 8. An antenna 96 is connected to the wireless interface 122, and a communication connector 98 is connected to the wired interface 124. This enables transmission and reception of various communication devices such as the digital camera 1 and various kinds of information including image data. The wireless interface 1 2 is an interface using light such as radio waves, ultrasonic waves, or infrared rays. When radio waves are used, it may be based on wireless communication standards such as a wireless LAN (Local Area Network). Figure 9 shows an example of a UI image. In FIG. 9, when direct printing is performed, a UI image showing an initial operation screen displayed on the digital camera 1 at first is displayed. As shown in FIG. 9, the UI image 140 is an image on the background image 1 40A with three active areas 1 4 0 B, 1 4 0 C, and 1 4 0 D with operation components depicted, and a logo image 1 4 0 E. The active areas 140B, 140C, and 140D are areas that can be operated by the touch panel 80. By displaying the UI image 140 on the LCD 14, the active areas 140B, 140C, and 140D are touched, so that the corresponding active areas 140B, 140B, 14 0C, 140D instructions are sent from digital camera 1 to printer 2. In addition, not only the touch panel 80, but also the active area 140B, 140C, 140D desired by the user by pressing the up, down, left and right keys 28, and pressing the execute button 24 'causes the instructions corresponding to the active area 140B, 140C, 140D to be digitally displayed. Camera 1 can also send 1245553 to printer 2. In addition, in the UI image 14 shown in FIG. 9, the active areas MOB, 140C, and 140D are StandardPrint for printing one image of one sheet of paper, IndexPrint for printing a plurality of thumbnail images on one sheet of paper, and MultiPrint printing option for printing multiple images on one sheet of paper. Moreover, the user can select printing options by selecting any of the active areas 1 40B, 140C, 140D. Among them, the UI image 1 40 is an image size of a virtual display screen that is supposed to be displayed on the digital camera 1 as standard. In this embodiment, the number of pixels of the virtual display screen is 3 20 x 240 pixels. In addition, the origin is set at the upper left corner of the UI image M0, the X axis is set at the horizontal direction of the paper surface, and the y axis is set at the vertical direction of the paper surface, and the xy coordinates in the lower right corner are (3 1 9, 2 3 9). The printer 2 sends the UI image data representing the UI image 140 to the digital camera 1 as it is. In addition, let the file name of the UI image data showing the UI image 14 for displaying the initial operation screen be 000 1.jpg. When the digital camera 1 receives UI image data, the UI image 14 is enlarged and reduced to fit the size of its own LCD 14, and the processed UI image 1 40 is displayed on the LC D 1 4 as an initial operation screen. For example, in a case where the size of the LC D 1 4 is 24 × 1 80 pixels, the UI image 140 is reduced by 0.75 times, and the reduced UI image 140 is displayed on the LCD 14. The signal processing unit 44 of the enlargement / reduction processing is performed. In addition, for the case where the size of the LCD 14 is 3 20 x 240 pixels, it can be displayed without any enlargement / reduction processing. The image 1 40 is on the LCD 1 4.

此外，UI影像資料爲了降低容量，藉由jpeg形式、TIFF 1245553 形式以及GIF形式等的壓縮方式壓縮，數位相機1在藉由 壓縮解凍部5 6解凍被壓縮的UI影像資料後實施擴大縮小 處理，顯示於LCD14。 其中，JPEG形式的影像資料係分割影像成複數個壓縮 塊，每一各壓縮塊進行壓縮處理，故在解凍j p E G形式的影 像資料而顯示的影像於壓縮塊的邊界發生區塊失真。因此， 在本實施形態中在UI影像資料由JPEG形式的影像資料構 成的情形中，在背景影像1 4 Ο A描繪主動區域1 4 Ο B、1 4 0 C、 140D使主動區域140B、140C、140D的邊界成爲壓縮塊的 像素（8x8像素）的整數倍的位置。 例如主動區域1 40B的左邊的X座標爲8像素的整數倍 的32，右邊的X座標爲8像素的整數倍的144。而且，上 邊的y座標爲8像素的整數倍的32，下邊的y座標爲104。 而且，主動區域140C的左邊的X座標爲176，右邊的X座 標爲2 8 8，上邊的y座標爲32，下邊的y座標爲104。而且， 主動區域l4〇D的左邊的X座標爲32,右邊的X座標爲144， 上邊的y座標爲136，下邊的y座標爲208。 因此’對於顯示UI影像1 4 0於L C D 1 4的情形區塊失 真不顯著，據此，可提高U I影像1 4 0的畫質。 第10圖是顯示UI記述檔案的記述例圖。此外，第1〇 圖係以第9圖所示的υί影像丨40作爲操作畫面而顯示用的 U I記述檔案。如第〗0圖所示此ui記述檔案係檔案名稱爲 [startup· xml]，藉由第4行的記述，操作晝面的影像係指定 寬度w爲320像素，高度h爲240像素，檔案名稱爲0001.jpg 一 19- 1245553 的u I影像資料。而且，藉由第5到第7行的記述規 區域 140B、140C、140D的位置、尺寸以及超文 (hr ef:hypertext reference)。具體上藉由各主動區域 140C、140D的左上角的座標、寬度w以及高度h規 區域140B、140C、140D的位置以及尺寸，更在主 140B、140C、140D被選擇時，接著要求發送的UI 案的檔案名稱以href記述。 此外，數位相機1若與印表機2連接則當作瀏 發揮功能，對印表機2進行startup.xml的要求。其 startup.xml的檔案名稱被固定，故可不問印表機2 而顯示初期操作畫面於數位相機1的LCD14。數位 若由印表機2發送檔案名稱爲startup.xml的UI記述 則解釋檔案的記述，進行必要的UI影像資料的要求 機2，或在藉由顯示於LCD 14的操作畫面上的UI記 指定的位置設定以觸控式面板80操作用的主動區域 接者，針對在本實施形態中進行的處理來說明£ 圖以及第1 2圖係顯示在本實施形態中在數位相機1 機2之間進行的處理的流程圖。此外，在本實施形 對切換數位相機1的模式切換旋鈕20成直接列印模 換印表機2的模式切換開關92成無線相機模式，藉 在數位相機1與印表機2之間進行通信，在印表機 印輸出數位相機1所取得的影像資料的處理來說明。 在第1 1圖以及第1 2圖所示的流程圖的數位相機1 中，在任一步驟中若使用者按下取消按鈕22，則中 定主動 件參照 140B、 定主動 動區域 記述檔 覽器而 中，因 的種類 相機1 檔案， 於印表 述檔案 〇 第11 與印表 態中針 式，切 由無線 2中列 而且， 的處理 止處理 - 20- 1245553 返回到步驟s 1。 首先，若數位相機1的使用者切換模式切換旋鈕20成 直接列印模式，則數位相機1顯示進行直接列印的印表機2 的選擇畫面於LCD 1 4，其中，接受進行依照使用者的直接 列印的印表機2的選擇（步驟S 1 )。 第1 3圖是顯示印表機2的選擇畫面圖。如第1 3圖所 示在本實施形態中，[FUJIFILM NC-100]、[FUJIFILM NC-5〇]、以及[xxxxx IJ-30]的三台印表機2的機種名稱係顯示 於LCD14。此外，藉由使用者觸控顯示於LCD14的上箭頭 或下箭頭，或使上下左右鍵28上下，可更顯示假想其他進 行直接列印的印表機2的機種名。而且，各機種名也分別 被賦予MAC位址。 在本實施形態中，令[FUJIFILM NC-100]爲使用者所選 擇者，以下進行說明。若使用者選擇印表機2，則反轉顯示 所選擇的印表機名稱，更進一步，數位相機丨經由無線介 面72以及天線30發送連接要求給印表機2(步驟S2)。印 表機2依照連接要求完成連接，通知其要旨給數位相機〗（步 驟s3)。數位相機i對印表機2進行檔案名稱爲startup.xml 的UI δ己述檔案的要求（Get(startUpXmi)，步驟，印表機 2接受此要求，發送startup .xml給數位相機1 (步驟s 5)。 數位相機1解析startup.xml(步驟S6)。而且，爲了顯 不初期的操作畫面，對印表機2進行必要的檔案名稱爲 0001.jpg的UI影像資料的要求（Get(〇〇〇i.jpg)，步驟S7)。 印表機2接受此要求，發送〇〇〇1.jpg給數位相機】（步驟s㈧。 1245553 數位相機1進行作爲0 〇 〇 1 · j P g的初期的操作書面 理（步驟S9)。 第1 4圖係操作畫面的顯示處理的流程圖。首 檔案名稱爲oooi.jpg的UI影像資料（步驟S51), 被解凍的u I影像資料以適合L C D 1 4的尺寸（步驟 且，令藉由被擴大縮小的UI影像資料表示的m 爲操作畫面，顯不於LCD14 (步驟S53)，完成處理 若初期操作畫面顯示於LC D 1 4，則數位相機 者選擇列印選項，接受此命令數位相機1進行列 選擇處理（步驟S10)。 第1 5圖係列印選項選擇處理的程圖。首先， 影像資料被擴大縮小，數位相機1依照擴大縮小時 進行主動區域140B、140C、140D的位置以及尺 算（步驟S61)。據此，使顯示於LCD 14的初期的 中的主動區域140B、140C、140D的位置以及尺 縮小前的主動區域1 4 Ο B、1 4 0 C、1 4 0 D的位置以 應。 接著，開始觸控於使用者的觸控式面板80或 有某些輸入的監視（步驟S 62)，若步驟S62被肯定 取消按鈕22是否被使用者按下（步驟S63)。若步！ 肯定，則切斷與連接中的印表機2的通信，返回到參 驟 S64)。 若步驟S 6 3被否定，則判定是否被選擇的觸控: 的區域，即藉由被觸控於觸控式面板80的輸入爲 的顯不處 先，解凍 擴大縮小 S52) 〇 而 影像1 4 0 ! 〇 1的使用 印選項的 假想UI 的倍率， 寸的再計 操作畫面 寸與擴大 及尺寸對 是否進行 ，則判定 驟S63被 h驟S1(步 式面板8 0 來自主動 - 22 - 1245553 區域者（步驟S65)，若步驟S65被否定，則返回到步驟S62 ^ 若步驟S 6 5被肯定，則反轉被選擇的主動區域的顏色（步驟 S 6 6) ’顯示反轉被選擇的主動區域的顏色的操作畫面於 LCD 14(步驟S 67)，完成處理。 其中，例如若使用者選擇M u 11 i P r i 111，則如第1 6圖所 示反轉對應MultiPrint的主動區域l4〇D的顏色。據此，使 用者自身可容易認識選擇哪一主動區域。此外，取代反轉 顏色’提高主動區域的亮度、作成單色顯示、作成邊飾等， 使其認識被使用者選擇的主動區域爲哪一主動區域也可 以。此外，此處係以使用者選擇MiUtiPrint者進行以後的 說明。 返回到第11圖，若使用者選擇Multi Print則數位相機 1取得對應MultiPrint的主動區域的href(步驟SI 1)，對印 表機2進行記述在MultiPrint的href的檔案名稱爲multi.xml 的UI記述檔案的取得要求（Get(multi .xml)，步驟S12)。印 表機2接受此要求，發送multi.xml給數位相機1(步驟S 13)。 第17圖係顯示multi.xml的記述的圖。如第17圖所示， m u 11 i. X m 1藉由第4行的記述，操作畫面的影像係指定寬度 w爲320像素，高度h爲240像素，檔案名稱爲0010.jpg 的UI影像資料。 第18圖係顯示藉由檔案名稱爲〇〇i〇.jpg的UI影像資 料表示的UI影像的圖。如第1 8圖所示，UI影像1 4 2在背 景影像1 4 2 A上藉由描繪有操作構成零件的三個主動區域 142B、142C、142D的影像，與標誌影像142E而構成。 -23- 1245553 此外，在如第1 8圖所示的UI影像1 4 2中 1 4 2 B、1 4 2 C、1 4 2 D係分別表示在一片用紙列印 2-up、在一片用紙列印四個影像的心up、在一 九個影像的9 - up的列印選項。而且，使用者可 一個主動區域142B、142C、142D以選擇列印選 UI影像1 4 2與U I影像1 4 0 —樣係具有假想顯 機1標準地具有的尺寸的假想顯示畫面的影像尺 像素）。 另一方面，m u 11 i · X m 1的第5到第7行的記 動區域142B、142C、142D的位置、尺寸以及 上藉由各主動區域142B、142C、142D的左上 寬度w以及高度h規定主動區域142B、142C、 置以及尺寸’更在主動區域142B、142C、142D 接著要求發送的檔案名稱以href記述。而且，主 述爲 image —select，惟 image — select 係在對應 142B、142C、142D被選擇時，進行數位相機i 像選擇常式（影像選擇常式）的起動指示，並且； 像選擇常式選擇的幅數的指令。 數位相機 1解析 m u 11 i · X m 1 (步驟 S 1 4)， MultiPrint的操作畫面，對印表機2進行必要的 00 10.jpg 的 UI 影像資料的要求（Ge t (00 10.jpg)，； 印表機2接受此要求，發送0010.jpg給數位年I S16)。數位相機1進行作爲〇〇i〇.jpg的操作畫 理（步驟S1 7)。此顯示處理因與步驟S9的顯示 ，主動區域 兩個影像的 片用紙列印 藉由選擇任 項。而且， 示於數位相 寸（320x240 述係規定主 href。具體 角的座標、 1 4 2 D的位 被選擇時， 妾著href記 的主動區域 所實行的影 指定藉由影 爲了顯不 檔案名稱爲 尹驟S 1 5 )。 目機1(步驟 面的顯示處 處理爲同樣 1245553 的處理，故此處詳細的說明省略。 若操作畫面顯示於LCD1 4，則數位相機1的使用者選 擇列印選項，接受此命令，數位相機1進行列印選項的選 擇處理（步驟S 1 8)。列印選項的選擇處理因是與步驟S 1 0的 處理一樣的處理，故此處詳細的說明省略。此外，使用者 選擇UI影像142中的2-up。據此，反轉顯示UI影像142 中的主動區域142B。 若使用者選擇2-up，則數位相機1取得對應2-up的主 動區域的href(步驟S1 9)，對印表機2進行記述於2-up的href 的檔案名稱爲 multi2.xml的 UI記述檔案的要求 (Get(multi2.xml，步驟S20)。印表機2接受此要求，發送 multi 2 .xml給數位相機1(步驟S21)。再者，印表機2進行 列印MultiPrint的2-up的準備，並且（步驟S22)進行接收 兩幅影像的準備（步驟S23)。 另一方面，數位相機1依照對應2-up的主動區域的 image_Select的指示，起動影像選擇常式的程式（步驟S24)。 影像選擇常式如第5圖所示係進行由記憶於記億卡60的複 數個影像資料選擇進行2-up列印的兩個影像資料的處理。 第1 9圖以及第2 0圖係顯示在影像選擇常式中進行的影像 選擇處理的流程圖。首先，數位相機1設定選擇的剩餘的 幅數η (步驟S71)，顯示剩餘幅數於LCD14 (步驟S72)。此 外，剩餘的幅數η成爲記述於對應使用者在UI影像1 42中 所選擇的主動區域的image_select的幅數Ν(此處爲兩幅）° 接著，數位相機1設定影像顯示的現行幅號碼爲最新 -25- 1245553 即最近攝影的影像資料的幅號碼（步驟S 7 3 )，顯示現行幅號 碼的影像於L C D 1 4 (步驟S 7 4 )。據此，在L C D 1 4顯示有影 像選擇畫面。第2 1圖係顯示影像選擇常式中的影像選擇畫 面的圖。如第2 1圖所示，在影像選擇畫面1 4 4顯示有現行 幅號碼的影像144A、剩餘幅數144B、幅號碼144C、攝影 日期與時刻144D以及左右箭頭鍵144E、144F。 接著，開始使用者的觸控於觸控式面板8 0或是否進行 有某些輸入的監視（步驟S75)，若步驟S76被肯定，則判定 取消按鈕22是否被使用者按下（步驟S 76)。若步驟S77被 肯定，則切斷與連接中的印表機2的通信，返回到步驟S 1 (步 驟 S77) 〇 若步驟S76被否定，則判定是否上下左右鍵28的右鍵 被使用者按下（步驟S7 8)，若步驟S78被肯定，則使現行幅 號碼增量（步驟S79)，返回到步驟S74。若步驟S78被否定， 則判定是否上下左右鍵28的左鍵被使用者按下（步驟S 80)， 若步驟S80被肯定，則使現行幅號碼減量（步驟S81)，返回 到步驟S74。 另一方面，若步驟S 8 0被否定，則判定是否影像選擇 畫面1 4 4的右箭頭鍵1 4 4 F的區域被使用者觸控（步驟S 8 2 )， 若步驟S 8 2被肯定，則使現行幅號碼增量（步驟S 8 3 )，返回 到步驟S74。若步驟S82被否定，則判定是否影像選擇畫 面144的左箭頭鍵144E的區域被使用者按下（步驟S84)， 若步驟S84被肯定，則使現行幅號碼增量（步驟S 85)，返回 到步驟S74。 1245553 若步驟S 8 4被否定，則判定是否實行按鈕2 4被使用者 按下（步驟S 8 6 )，若步驟s 8 6被否定，則返回到步驟S 7 5。 若步驟S 8 6被肯定，則以現行幅號碼的影像資料當作進行 列印的影像資料記憶於系統記憶體64 (步驟S 87)，使剩餘 幅數減1 (步驟S88)，顯示被減量的剩餘幅數（步驟S89)。 再者，判定是否剩餘幅數爲〇 (步驟S 9 0 )，若步驟S 9 0被否 定’則返回到步驟S74。若步驟S90被肯定，則以完成選 擇列印的所有的影像者完成處理。 返回到第1 2圖接著步驟S24，數位相機1將在影像選 擇常式中選擇的影像資料發送給印表機2(Put(被選擇的影 像的第一幅，步驟S25))。印表機2若接收影像資料，則將 完成接收的要旨通知數位相機1(0K，步驟S26)。在本實施 形態中列印選項係2 -up被選擇，在數位相機1中因兩幅的 影像資料被選擇，故接著數位相機1發送第二幅的影像資 料給印表機2(步驟S2 7)，印表機2將完成接收的要旨通知 數位相機1(步驟S28)。印表機2若接收兩幅的影像資料， 則實行列印（步驟S29)。 第22圖係顯示multi2.xml的記述的圖。如第22圖所 示，muIti 2 · Xm 1藉由第4行的記述，操作晝面的影像係指 定寬度w爲3 20像素，高度h爲240像素，檔案名稱爲 003 1.jpg的UI影像資料。此外，藉由此UI影像資料表示 的UI影像係表示將列印完成的要旨通知使用者的操作畫 面。 第23圖係顯示藉由檔案名稱爲〇〇 31.jpg的UI影像資 -27 - 1245553 料表示的UI影像的圖◦如第23圖所示，υι影像146在背 景影像1 4 6 A上藉由描繪有操作構成零件的一個主動區域 1 4 6 B、標誌影像 1 4 6 C、顯示 M u 11 i P r i n t 2 - u p完成的 [MultiPrint 2-up Executed]的字元影像（ciiaracter image)146D 而構成。 此外，在第2 3圖所示的UI影像1 4 6中，主動區域1 4 6 C 係選擇接著進行列印用的continue用的區域。而且，藉由 使用者觸控主動區域1 4 6 B以持續進行列印。而且，ui影 像1 46與UI影像1 40 —樣係具有假想顯示於數位相機1標 準地具有的尺寸的假想顯示晝面的影像尺寸（3 20x 240像 素）。 另一方面，multi 2 .xml的第5行的記述係規定主動區域 146C的位置。具體上藉由主動區域146C的左上角的座標、 寬度w以及高度h規定主動區域146C的位置以及尺寸，更 在主動區域146C被選擇時，接著要求發送的檔案名稱以href 記述。 數位相機1解析multi2.xml(步驟S30)，爲了顯示列印 完成的操作畫面，對印表機2進行必要的檔案名稱爲 00 3 1 .jpg的UI影像資料的要求（Get(003 1 .jpg)，步驟S3 1)。 印表機2接受此要求，發送003 1.jpg給數位相機】（步驟 S32)。數位相機1進行作爲003 1.jpg的操作畫面的顯示處 理（步驟S 3 3 )。此顯示處理因與步驟S 9的顯示處理爲同樣 的處理，故此處詳細的說明省略。 若操作畫面顯示於LCD 1 4，數位相機1的使用者觸控 -28 - 1245553 c ο n t i n u e，則數位相機1選擇c ο n t i n u e (步驟s 3 4 )，接受此 命令，數位相機1取得對應continue的主動區域的href(步 驟S 3 5 )，對印表機2進行記述於c ο n t i n u e的h r e f的檔案名 稱爲startup.xml的UI記述檔案的要求（Get(startup.xml， 步驟S36)。印表機2接受此要求’發送startup.xml給數位 相機1(步驟S3 7)，返回到步驟S6。 如此，在本實施形態中印表機2係以操作晝面當作UI 影像資料提供給數位相機1，數位相機1係以UI影像資料 當作操作畫面顯示於LCD 14。因此，數位相機1僅進行瀏 覽由印表機2提供的UI影像資料，顯示於LCD 1 4的處理， 就能將操作畫面顯示於LCD 1 4。因此，無須準備在數位相 機1中顯示字元用的字型，據此，無數位相機1的構成爲 大規模者而能由數位相機1進行印表機2的操作。 而且，因若顯示進行伴隨著列印的影像的選擇的操作 的UI影像1 42於數位相機1，使用者進行伴隨著影像資料 的選擇的指示，則起動數位相機1的影像選擇常式實行影 像資料的選擇處理，故印表機2無須自身理解數位相機1 的資料記錄構造，存取於數位相機1，選擇影像資料。而且， 因此無須由數位相機1發送影像資料、影像資料的列示或 簡圖影像給印表機2，或使用影像資料生成在印表機2中選 擇影像用的操作畫面。因此，可減輕影像選擇時的數位相 機1以及印表機2的負擔。特別是數位相機1顯示影像於 LCD 1 4，或在決定列印的影像時本來就具有影像選擇的功 能，故可不對數位相機1施加任何負擔而進行影像的選擇。 - 29 - 1245553 而且，令表示操作畫面的UI影像爲具有假想顯示於假 想顯示畫面之影像尺寸者，藉由假想顯示畫面的影像尺寸 上的絕對座標規定主動區域的操作畫面上的配置，數位相 機1不考慮任何主動區域的配置，僅擴大縮小UI影像以適 合LCD Μ的尺寸，可顯示操作印表機2用的操作畫面於 LCD 1 4。因此，可減輕顯示操作畫面時的數位相機1的負 擔。In addition, UI image data is compressed by compression methods such as jpeg format, TIFF 1245553 format, and GIF format in order to reduce the capacity. The digital camera 1 performs expansion and reduction processing after defrosting the compressed UI image data by the compression and defrost unit 56. Displayed on LCD14. Among them, JPEG format image data is divided into a plurality of compressed blocks, and each compressed block is subjected to compression processing. Therefore, when the image displayed by defrosting j p E G image data is displayed, block distortion occurs at the boundaries of the compressed blocks. Therefore, in the present embodiment, in the case where the UI image data is composed of JPEG format image data, the active area 1 4 0 B, 1 4 0 C, 140D is drawn on the background image 1 4 0 A, and the active areas 140B, 140C, The 140D boundary becomes a position that is an integer multiple of the pixels (8x8 pixels) of the compressed block. For example, the left X coordinate of the active area 1 40B is 32 which is an integer multiple of 8 pixels, and the right X coordinate is 144 which is an integer multiple of 8 pixels. The upper y-coordinate is 32, which is an integer multiple of 8 pixels, and the lower y-coordinate is 104. Moreover, the left X coordinate of the active area 140C is 176, the right X coordinate is 2 8 8, the upper y coordinate is 32, and the lower y coordinate is 104. Furthermore, the left X coordinate of the active region 140D is 32, the right X coordinate is 144, the upper y coordinate is 136, and the lower y coordinate is 208. Therefore, for the case where the UI image 1 40 is displayed in the L C D 1 4 area, the block distortion is not significant, and accordingly, the image quality of the U I image 1 40 can be improved. FIG. 10 is a diagram showing a description example of a UI description file. In addition, Fig. 10 is a U I description file for displaying the video υ 40 shown in Fig. 9 as an operation screen. As shown in Figure 〖0, the file name of this ui description file is [startup · xml]. With the description of the fourth line, the image system of the operation day specifies a width w of 320 pixels and a height h of 240 pixels. The file name It is 0001.jpg U-I image data of 19-1245553. In addition, the position, size, and hypertext (hr ef: hypertext reference) of the regions 140B, 140C, and 140D are described in the description lines on the 5th to 7th lines. Specifically, according to the coordinates of the upper left corner of each active area 140C, 140D, the width w, and the position and size of the h-gauge areas 140B, 140C, and 140D, and when the main 140B, 140C, and 140D are selected, the UI is then requested to be sent. The file name of the case is described in href. In addition, if the digital camera 1 is connected to the printer 2, it functions as a browser, and the startup.xml is required for the printer 2. The startup.xml file name is fixed, so the initial operation screen can be displayed on the LCD 14 of the digital camera 1 regardless of the printer 2. Digitally interpret the description of the file if the UI description with the file name startup.xml is sent from the printer 2, request the necessary UI image data, or specify it on the UI screen displayed on the operation screen of the LCD 14 The position setting is explained by the active area receiver for the operation of the touch panel 80, and the processing performed in this embodiment will be described. The figure and the first and second figures are shown in this embodiment between the digital cameras 1 and 2 Flow chart of the processing performed. In addition, in this embodiment, the mode switching knob 20 of the digital camera 1 is switched to the mode switching switch 92 of the direct printing die change printer 2 to the wireless camera mode, and communication is performed between the digital camera 1 and the printer 2. The process of printing out the image data acquired by the digital camera 1 on the printer will be described. In the digital camera 1 of the flowcharts shown in FIG. 11 and FIG. 12, if the user presses the cancel button 22 in any of the steps, the centering active member refers to 140B and the centering active area description profiler. However, due to the type of the camera 1 file, the file is printed in the printed file. The 11th and printed state are pinned, and the wireless line 2 is listed. The processing is stopped-20-1245553 and returns to step s1. First, if the user of the digital camera 1 switches the mode switching knob 20 to the direct print mode, the digital camera 1 displays the selection screen of the printer 2 for direct printing on the LCD 1 4, where the acceptance is performed according to the user's Selection of the printer 2 for direct printing (step S1). FIG. 13 is a diagram showing a selection screen of the printer 2. As shown in Fig. 13 in this embodiment, the model names of the three printers 2 of [FUJIFILM NC-100], [FUJIFILM NC-5〇], and [xxxxx IJ-30] are displayed on the LCD 14. In addition, by touching the up arrow or down arrow displayed on the LCD 14 by the user, or by moving the up, down, left, and right keys 28 up and down, it is possible to further display the model name of the printer 2 that is supposed to be directly printed. Each model name is assigned a MAC address. In this embodiment, [FUJIFILM NC-100] is selected by the user, and it will be described below. If the user selects the printer 2, the selected printer name is reversely displayed. Furthermore, the digital camera 丨 sends a connection request to the printer 2 via the wireless interface 72 and the antenna 30 (step S2). The printer 2 completes the connection in accordance with the connection requirements, and notifies its purpose to the digital camera (step s3). Digital camera i performs a UI δ file request for printer 2 with the file name startup.xml (Get (startUpXmi), step. Printer 2 accepts this request and sends startup .xml to digital camera 1 (step s 5). The digital camera 1 parses the startup.xml (step S6). Furthermore, in order to display the initial operation screen, the printer 2 is required to request a UI image file with a file name of 0001.jpg (Get (〇〇 〇i.jpg), step S7). The printer 2 accepts this request and sends 〇〇〇1.jpg to the digital camera] (step s㈧. 1245553 The digital camera 1 performs the initial stage as 0 〇j · j P g The operation is written (step S9). Fig. 14 is a flowchart of the display process of the operation screen. The first image file is UI image data of step oooi.jpg (step S51), and the defrosted u I image data is suitable for the LCD 1 4 Size (steps, and let m represented by the UI image data being enlarged and reduced be the operation screen, not displayed on the LCD 14 (step S53), complete the process. If the initial operation screen is displayed on the LC D 1 4 then the digital camera user chooses Print option. Accept this command. Digital Camera 1 to select Processing (step S10). Figure 15 shows the sequence of the print option selection process. First, the image data is enlarged and reduced. The digital camera 1 performs the positions and calculations of the active areas 140B, 140C, and 140D during expansion and reduction (step S61). Accordingly, the positions of the active areas 140B, 140C, and 140D displayed in the initial stage of the LCD 14 and the positions of the active areas 1 4 0 B, 1 40 C, and 1 40 D before the scale is reduced are adjusted. Then, the user touches the touch panel 80 or monitors with some input (step S62). If it is determined in step S62 whether the cancel button 22 is pressed by the user (step S63). If yes! , Then the communication with the connected printer 2 is cut off, and the process returns to step S64). If step S 6 3 is negative, it is determined whether or not the selected touch area: is the area touched by the touch. The input of the control panel 80 is not displayed first, defrosting, expanding and reducing S52) 〇 And the image 1 4 0! 〇1 Use the printing option of the virtual UI magnification, recalculate the operation screen inch and enlarge, and whether the size is correct If proceeding, it is determined that step S63 is replaced by step S1 (step surface) 8 0 From the active-22-1245553 area (step S65), if step S65 is negative, then return to step S62 ^ If step S 6 5 is affirmed, the color of the selected active area is reversed (step S 6 6 ) 'Display the operation screen for inverting the colors of the selected active area on the LCD 14 (step S 67), and complete the process. Among them, for example, if the user selects Mu 11 i P r i 111, the color corresponding to the active area 1440D of the MultiPrint is reversed as shown in FIG. 16. Based on this, the user can easily recognize which active area is selected. In addition, instead of inverting the color ', it is possible to increase the brightness of the active area, make a monochrome display, and make a border, so that it can recognize which active area is selected by the user. In addition, here the user will choose MiUtiPrint for further explanation. Returning to FIG. 11, if the user selects Multi Print, the digital camera 1 obtains the href corresponding to the active area of the MultiPrint (step SI 1), and describes the printer 2 in the MultiPrint's href file named multi.xml UI. Describes the file acquisition request (Get (multi.xml), step S12). The printer 2 accepts this request and sends multi.xml to the digital camera 1 (step S 13). Figure 17 is a diagram showing the description of multi.xml. As shown in Figure 17, mu 11 i. X m 1 is described in the fourth line. The image of the operation screen is UI image data with a specified width w of 320 pixels, a height h of 240 pixels, and a file name of 0010.jpg. . FIG. 18 is a diagram showing a UI image represented by a UI image file with a file name of 〇〇i〇.jpg. As shown in Fig. 18, the UI image 1 2 2 is composed of the image of the three active areas 142B, 142C, and 142D on the background image 1 4 2 A and the logo image 142E. -23- 1245553 In the UI image 1 4 2 shown in Figure 18, 1 4 2 B, 1 4 2 C, and 1 4 2 D indicate that 2-up is printed on one sheet of paper, and 2-up is printed on one sheet of paper. Print heart up to four images, 9-up print option on nineteen images. In addition, the user can select an active area 142B, 142C, and 142D to print and select the UI image 1 4 2 and the UI image 1 4 0—the sample size is the image size pixels of the virtual display screen having the size that the virtual display 1 has as standard. ). On the other hand, the positions, sizes, and upper left widths w and heights h of the memorized areas 142B, 142C, and 142D of the fifth to seventh lines of mu 11 i · X m 1 through the active areas 142B, 142C, and 142D Specify the active areas 142B, 142C, location, and size. In the active areas 142B, 142C, and 142D, the file name to be sent is described in href. In addition, the main description is image —select, but image — select is the instruction to start the digital camera i image selection routine (image selection routine) when the corresponding 142B, 142C, 142D is selected, and; The number of instructions. Digital camera 1 analyzes mu 11 i · X m 1 (step S 1 4), the operation screen of MultiPrint, and performs the required 00 10.jpg UI image data requirements for printer 2 (Ge t (00 10.jpg) Printer 2 accepts this request and sends 0010.jpg to the digital year I S16). The digital camera 1 performs operation graphics as 〇〇〇.jpg (step S17). This display process is the same as the display of step S9, and the two images of the active area are printed on paper by selecting any item. In addition, the digital reference (320x240) specifies the main href. When the coordinates of the specific corner and the position of 1 4 2 D are selected, the shadow designation performed by the active area of the href is used to display the file name. It is Yin Su S 1 5). Eyepiece 1 (The display on the step side is processed similarly to 1245553, so detailed description is omitted here. If the operation screen is displayed on LCD1 4, the user of digital camera 1 selects the print option, accepts this command, and digital camera 1 The print option selection process is performed (step S 1 8). Since the print option selection process is the same as the process of step S 10, detailed description is omitted here. In addition, the user selects the UI image 142 2-up. Accordingly, the active area 142B in the UI image 142 is displayed in reverse. If the user selects 2-up, the digital camera 1 obtains the href corresponding to the 2-up active area (step S19), and prints the Machine 2 makes a request for a UI description file named multi2.xml in the href described in 2-up (Get (multi2.xml, step S20). Printer 2 accepts this request and sends multi 2 .xml to the digital camera 1 (step S21). Further, the printer 2 prepares to print a 2-up of MultiPrint, and (step S22) prepares to receive two images (step S23). On the other hand, the digital camera 1 corresponds to Indication of image_Select for 2-up active area The program of the image selection routine is started (step S24). As shown in Fig. 5, the image selection routine performs processing of two image data for 2-up printing selected from a plurality of image data stored in the memory card 60. Figures 19 and 20 are flowcharts showing the image selection processing performed in the image selection routine. First, the digital camera 1 sets the selected remaining number of frames η (step S71), and displays the remaining number of frames in LCD14 (step S72). In addition, the remaining frame number η becomes the number of frames N (here, two frames) described in image_select corresponding to the active area selected by the user in the UI image 1 42. Next, the digital camera 1 is set. The current frame number of the image display is the latest -25-1245553, which is the frame number of the most recently photographed image data (step S 7 3), and the image of the current frame number is displayed on the LCD 1 4 (step S 7 4). Accordingly, on the LCD 1 4 displays the image selection screen. Figure 21 is a diagram showing the image selection screen in the image selection routine. As shown in Figure 21, the image selection screen 1 4 4 displays the current frame number image 144A, Frame 144B remaining, frame number 14 4C, shooting date and time 144D, and left and right arrow keys 144E, 144F. Next, the user starts to touch the touch panel 80 or monitor whether there is some input (step S75), and if step S76 is affirmative, Then, it is determined whether the cancel button 22 has been pressed by the user (step S76). If affirmative in step S77, the communication with the printer 2 being connected is cut off, and the process returns to step S1 (step S77). If step S76 If it is negative, it is determined whether the right key of the up, down, left, and right keys 28 is pressed by the user (step S78), and if the step S78 is affirmative, the current frame number is incremented (step S79), and the process returns to step S74. If the step S78 is negative, it is determined whether the left key of the up, down, left and right keys 28 is pressed by the user (step S80), and if the step S80 is affirmative, the current frame number is decremented (step S81), and the process returns to step S74. On the other hand, if step S 8 0 is negative, it is determined whether the area of the right arrow key 1 4 4 F of the image selection screen 1 4 4 is touched by the user (step S 8 2), and if step S 8 2 is affirmed , The current frame number is incremented (step S 8 3), and the process returns to step S74. If step S82 is negative, it is determined whether the area of the left arrow key 144E of the image selection screen 144 has been pressed by the user (step S84), and if step S84 is affirmative, the current frame number is incremented (step S85), and the process returns Go to step S74. 1245553 If step S 8 4 is negative, it is determined whether the execution button 24 is pressed by the user (step S 8 6). If step s 8 6 is negative, the process returns to step S 7 5. If step S 86 is affirmed, the image data of the current frame number is regarded as the image data to be printed and stored in the system memory 64 (step S 87), and the remaining frame number is reduced by 1 (step S88), and the decrement is displayed. The remaining number of frames (step S89). Furthermore, it is determined whether the number of remaining frames is 0 (step S 9 0), and if step S 9 0 is negative ', the process returns to step S74. If it is affirmed in step S90, the process is completed by all those who have finished selecting and printing. Returning to Fig. 12 and following step S24, the digital camera 1 sends the image data selected in the image selection routine to the printer 2 (Put (the first frame of the selected image, step S25)). When the printer 2 receives the image data, it notifies the digital camera 1 of the completion of the reception (0K, step S26). In this embodiment, the print option 2 -up is selected. Since two pieces of image data are selected in the digital camera 1, the digital camera 1 then sends a second piece of image data to the printer 2 (step S2 7). ), The printer 2 notifies the digital camera 1 of the received summary (step S28). When the printer 2 receives two pieces of image data, it performs printing (step S29). Figure 22 is a diagram showing the description of multi2.xml. As shown in Figure 22, muIti 2 · Xm 1 described in the fourth line, the image of the operating day is a UI image with a specified width w of 3 20 pixels, a height h of 240 pixels, and a file name of 003 1.jpg. data. In addition, the UI image indicated by the UI image data is an operation screen for notifying the user of the purpose of completion of printing. Figure 23 shows the UI image represented by the UI image asset -27-1245553 with the file name of 〇〇31.jpg. As shown in Figure 23, the image 146 is borrowed from the background image 1 4 6 A. An active area 1 4 6 B depicting an operation component, a logo image 1 4 6 C, a character image (ciiaracter image) 146D of [MultiPrint 2-up Executed] showing Mu 11 i Print 2-up While posing. In the UI image 1 4 6 shown in FIG. 23, the active area 1 4 6 C is an area for a continuous for printing. Moreover, the user touches the active area 1 4 6 B to continue printing. In addition, the ui image 1 46 and the UI image 1 40-the imaginary display day image size (3 20x 240 pixels) having a size supposedly displayed on the digital camera 1 as standard. On the other hand, the description in the fifth line of multi 2 .xml specifies the position of the active area 146C. Specifically, the position and size of the active area 146C are determined by the coordinates, width w, and height h of the upper left corner of the active area 146C. When the active area 146C is selected, the file name to be sent is described in href. The digital camera 1 parses multi2.xml (step S30), and in order to display the operation screen after printing, the UI image data file with the file name 00 3 1 .jpg necessary for the printer 2 is requested (Get (003 1 .jpg ), Step S3 1). The printer 2 accepts this request and sends 003 1.jpg to the digital camera] (step S32). The digital camera 1 performs display processing as an operation screen of 003 1.jpg (step S 3 3). Since this display process is the same process as the display process of step S9, detailed description is omitted here. If the operation screen is displayed on the LCD 1 4 and the user of the digital camera 1 touches -28-1245553 c ο ntinue, the digital camera 1 selects c ο ntinue (step s 3 4) and accepts this command, the digital camera 1 obtains the corresponding continue The active area of the href (step S 3 5), a request for the UI description file (get (startup.xml, step S36)) of the UI 2 described in the href of c ο ntinue for the printer 2 is obtained. The printer 2 accepts this request, and sends a startup.xml to the digital camera 1 (step S3 7), and returns to step S6. Thus, in this embodiment, the printer 2 provides the digital image to the digital camera by operating the daytime surface as the UI image data. Camera 1 and digital camera 1 use UI image data as the operating screen to display on LCD 14. Therefore, digital camera 1 only needs to process the UI image data provided by printer 2 and display it on LCD 1 4 to process The operation screen is displayed on the LCD 1 4. Therefore, there is no need to prepare a font for displaying characters on the digital camera 1. Accordingly, the digital camera 1 is configured to be large-scale and the digital camera 1 can be used for the printer 2. Operation, and because The UI image 1 42 which performs the operation associated with the selection of the printed image is performed on the digital camera 1. When the user instructs the selection of the image data, the image selection routine of the digital camera 1 is activated to execute the image data selection process. Therefore, the printer 2 does not need to understand the data recording structure of the digital camera 1, and accesses the digital camera 1 to select image data. Moreover, the digital camera 1 does not need to send the image data, the display of the image data, or the simplified image to the printer. Monitor 2, or use image data to generate an operation screen for selecting images in Printer 2. Therefore, the burden on digital camera 1 and printer 2 when selecting images can be reduced. In particular, Digital Camera 1 displays images on the LCD 14 or it has the function of image selection when deciding the image to be printed, so it is possible to select the image without imposing any burden on the digital camera 1.-29-1245553 In addition, the UI image showing the operation screen is assumed to have an imaginary The person who displays the image size on the virtual display screen specifies the operation area of the active area based on the absolute coordinates on the image size of the virtual display screen. On the surface, the digital camera 1 does not consider any active area configuration, and only enlarges and reduces the UI image to fit the size of the LCD M. The operation screen for operating the printer 2 can be displayed on the LCD 1 4. Therefore, the display operation can be reduced. Burden of digital camera 1 at the time of screen.

此外，在上述實施形態中雖然連接數位相機1與印表 機2進行直接列印，但對於連接設置於照相館店頭的列印 接受裝置與數位相機1，進行列印訂購的情形也能適用本發 明。對於此情形，藉由列印接受裝置當作伺服器發揮功能’ 顯示與上述實施形態中的印表機2同樣的操作畫面於數位 相機1，由數位相機1接受使用者所選擇的影像資料，發送 給連接於列印接受裝置的印表機，進行列印輸出。此情形， 列印接受裝置顯示列印金額以及到列印完成的時間，通知 使用者列印金額以及到列印完成的時間也可以。In addition, in the above embodiment, although the digital camera 1 and the printer 2 are connected for direct printing, the present invention can also be applied to a case where a print receiving device and a digital camera 1 installed at a shop front are connected to print order. invention. In this case, the print receiving device functions as a server to display the same operation screen as the printer 2 in the above embodiment on the digital camera 1, and the digital camera 1 receives the image data selected by the user. Sent to a printer connected to a print receiving device for print output. In this case, the print receiving device may display the printing amount and the time until the printing is completed, and notify the user of the printing amount and the time until the printing is completed.

而且，對於在進行影像資料的保管管理的影像伺服器， 由數位相機1經由網路存取，由數位相機1發送影像資料 給影像伺服器的情形也能適用本發明。此情形與上述實施 形態的印表機2 —樣，影像伺服器將發送影像資料用的操 作畫面提供給數位相機1。據此，數位相機1的使用者可藉 由操作操作畫面，將藉由數位相機1取得的影像資料發送 到影像伺服器。 此外，對於影像伺服器與列印伺服器連接的情形，也 - 30- 1245553 能同時進行列印訂購，此情形影像伺服器將進行列印訂購 用的操作晝面提供給數位相機1。而且，此情形也能更進一 步進行完成的列印的接受店的選擇或每一列印訂購目的地 不同的服務選項的選擇等，惟藉由以與上述一樣進行選擇 用的操作畫面當作影像資料來提供，可不施加負擔給數位 相機1而進行列印訂購。 而且，在上述實施形態中雖然連接數位相機1與印表 機2進行直接列印，但也能適用本發明於由用戶端與伺服 器構成，在用戶端中瀏覽操作伺服器的操作畫面之所有的 瀏覽系統。例如在以行動電話或 PDA(PerS〇nal Digital Assistants:個人數位處理器）等的攜帶終端裝置作爲用戶 端，以保管管理影像資料的影像伺服器作爲伺服器而構成 瀏覽系統的情形中，攜帶終端裝置中顯示字元比數位相機 容易，惟若令影像伺服器的操作畫面爲包含操作畫面的構 成零件的影像而提供給攜帶終端裝置的話，即使由字元碼 顯示字元，或不進行決定構成操作畫面的零件的配置的處 理也可以，故可高速地顯示操作畫面。 【發明的功效】 如果依照本發明，伺服器以僅由包含操作構成零件的 影像構成的操作晝面作爲內容提供給用戶端。用戶端瀏覽 內容顯示操作畫面於顯示畫面。其中，因操作畫面僅由影 像構成，故用戶端僅藉由進行瀏覽由伺服器提供的內容而 顯示的處理，可顯示操作畫面於顯示畫面。因此，即使在 由伺服器提供的操作晝面不含字元，由於那是影像而不是 -31- 1245553 以字元碼來表示者，故在用戶端中無須準備顯示字元用的 字型，據此’無用戶端的構成爲大規模者而能在用戶端中 進行伺服器的操作。 特別是，藉由令用戶端爲數位相機，令伺服器爲印表 機’無數位相機的構成爲大規模者而能構築直接列印系統。Furthermore, the present invention can also be applied to an image server that is storing and managing image data and is accessed by the digital camera 1 via a network, and the image data is transmitted to the image server by the digital camera 1. This situation is the same as that of the printer 2 of the above embodiment, and the image server provides the digital camera 1 with an operation screen for transmitting image data. Accordingly, the user of the digital camera 1 can send the image data obtained by the digital camera 1 to the image server by operating the operation screen. In addition, for the case where the image server is connected to the print server, it is also possible to make print orders at the same time. In this case, the image server will provide the digital camera 1 with the operation surface for print order. Furthermore, in this case, it is also possible to further select the print accepting store or select a different service option for each print order destination, but by using the operation screen for selection as described above as image data Provided, print orders can be made without burdening the digital camera 1. Moreover, in the above embodiment, although the digital camera 1 and the printer 2 are connected for direct printing, the present invention can also be applied to a client and a server, and the client can browse all the operation screens of the server. Browsing system. For example, when a portable terminal device such as a mobile phone or a PDA (Personal Digital Assistants) is used as a client and an image server storing and managing image data is used as a server to construct a browsing system, the portable terminal is used. It is easier to display characters in the device than digital cameras. However, if the operation screen of the image server is provided to the portable terminal device as an image containing the components of the operation screen, even if the characters are displayed by the character code or the composition is not determined, The arrangement of parts on the operation screen is also possible, so the operation screen can be displayed at high speed. [Effects of the Invention] According to the present invention, the server provides the operation terminal with the operation day surface composed of only the image including the operation component parts as content. The client browses the content and displays the operation screen on the display screen. Among them, since the operation screen is only composed of an image, the user terminal can display the operation screen on the display screen only by performing a process of browsing and displaying the content provided by the server. Therefore, even if the operation day provided by the server does not contain characters, since it is an image instead of -31-1245553, which is represented by a character code, there is no need to prepare a font for displaying characters in the client. Accordingly, the configuration without a client is large-scale, and the server can be operated on the client. In particular, a direct-printing system can be constructed by using a digital camera on the client side and a server as a printer. The digital camera has a large-scale configuration.

而且，若用戶端的操作手段接受經由接受影像資料的 選擇開始指示的操作畫面的影像資料的選擇開始指示，則 藉由控制手段起動，實行影像資料的選擇處理，伺服器無 須理解用戶端的記憶手段的資料記錄構造，存取（access)於 用戶端，選擇影像資料。而且，無須由用戶端發送影像資 料、影像資料的列示或簡圖影像給伺服器，或者使用影像 資料生成在伺服器中選擇影像用的操作畫面。因此，可減 輕影像選擇時的用戶端以及伺服器的負擔。特別是在用戶 端爲數位相機的情形中，數位相機因顯示影像於顯示畫面， 或標準地具有選擇顯示於顯示畫面的影像的功能，故可不 施加任何負擔給用戶端而進行影像的選擇。Furthermore, if the operation means of the client terminal accepts the selection start instruction of the image data through the operation screen that accepts the selection start instruction of the image data, the control means is activated to execute the selection processing of the image data, and the server does not need to understand the memory means of the client end. Data record structure, access to the client, select image data. Moreover, it is not necessary for the client to send the image data, the display of the image data, or the simplified image to the server, or use the image data to generate an operation screen for selecting an image in the server. Therefore, it is possible to reduce the burden on the client and server when selecting images. Especially in the case where the client is a digital camera, because the digital camera displays an image on a display screen, or has a function of selecting an image to be displayed on the display screen as a standard, the image can be selected without imposing any burden on the client.

而且，藉由令操作畫面爲具有假想顯示於預定尺寸的 假想顯示畫面之影像尺寸者，藉由預定影像尺寸上的絕對 座標規定操作畫面構成零件的操作畫面上的配置，用戶端 擴大縮小操作畫面以適合自身的顯示畫面的尺寸，以於顯 示晝面作顯示，用戶端不考慮任何操作畫面構成零件的酉己 置，僅藉由擴大縮小操作畫面以適合自身的顯示豪面的尺 寸，可顯示用以操作伺服器的操作畫面於顯示畫面。因此’ 可減輕顯示操作畫面時的用戶端的負擔。 - 32 - 1245553 其中’ JPEG形式的影像資料因分割影像成複數個區塊 (block)(壓縮塊），每一各區塊進行壓縮處理，故在解凍：[pEG 形式的影像資料而顯示的影像，於區塊的邊界發生區塊失 真。因此’在操作畫面由jPEG形式的影像資料構成的情形 中，藉由使操作構成零件的邊界會成爲位在JPEG形式的影 像資料中的壓縮塊的像素的整數倍的位置般地配置操作構 成零件，以使區塊失真不顯著，據此，可提高操作晝面的 畫質。 【圖式簡單說明】 第1圖是顯示適用依照本發明的實施形態的瀏覽系統 的直接列印系統的構成圖。 第2圖是數位相機的外觀斜視圖。 第3圖是模式切換旋鈕的俯視圖。 第4圖是數位相機的信號處理系的方塊圖。 第5圖是顯不影像資料的記錄構造圖。 第6圖是印表機的外觀斜視圖。 第7圖是模式切換開關的俯視圖。 第8圖是印表機的信號處理系的方塊圖。 第9圖是顯示UI影像的例圖。 第1 〇圖是顯示UI記述檔案的記述例圖。 第1 1圖是顯不在本實施形態中，於數位相機與印表機 之間進行的處理的流程圖（其一）。 第1 2圖是顯示在本實施形態中於數位相機與印表機之 間進行的處理的流程圖（其二）。 - 33 - 1245553 第1 3圖是顯示印表機的選擇畫面圖。 第1 4圖是操作畫面的顯示處理的流程圖 第1 5圖是列印選項選擇處理的流程圖。 第1 6圖是顯示將所選擇的主動區域反轉 第17圖是顯示multi.xml的記述圖。 第18圖是顯示由檔案名稱爲0010.jpg» 所表示的UI影像圖。 第19圖是顯示在影像選擇常式中進行的 的流程圖（其一）。 第2 0圖是顯示在影像選擇常式中進行的 的流程圖（其二）。 第2 1圖是顯示影像選擇常式中的影像選: 第22圖是顯示multi2 .xml的記述圖。 第23圖是顯示由檔案名稱爲0031 .jPg ^ 所表示的UI影像圖。 【符號說明】 1:數位相機 2:印表機 3:纜線 12:攝影透鏡Furthermore, by making the operation screen an image size of an imaginary display screen that is supposed to be displayed at a predetermined size, the absolute coordinates on the predetermined image size are used to specify the arrangement on the operation screen of the operation screen constituent parts, and the user terminal expands and reduces the operation screen. The size of the display screen suitable for itself is used for the display of the daytime display. The user terminal does not consider any settings of the operating screen components. Only by expanding and reducing the operating screen to fit the size of the display surface, it can be displayed. The operation screen for operating the server is on the display screen. Therefore, it can reduce the burden on the client when the operation screen is displayed. -32-1245553 Among them, the image data in JPEG format is divided into a plurality of blocks (compressed blocks), and each block is compressed. Therefore, it is thawing: [pEG image data displayed image Block distortion occurs at the boundary of the block. Therefore, in the case where the operation screen is composed of image data in the jPEG format, the operation component is arranged so that the boundary of the operation component becomes an integer multiple of the pixel of the compressed block located in the JPEG image data. , So that the block distortion is not significant, and accordingly, the image quality of the operation day can be improved. [Brief Description of the Drawings] Fig. 1 is a block diagram showing a configuration of a direct printing system to which a browsing system according to an embodiment of the present invention is applied. Fig. 2 is a perspective view showing the appearance of a digital camera. FIG. 3 is a plan view of a mode switching knob. Fig. 4 is a block diagram of a signal processing system of a digital camera. Fig. 5 is a diagram showing a recording structure of video data. Figure 6 is a perspective view of the appearance of the printer. Fig. 7 is a plan view of a mode switch. Figure 8 is a block diagram of the signal processing system of the printer. FIG. 9 is a diagram showing an example of a UI image. FIG. 10 is a diagram showing a description example of the UI description file. Fig. 11 is a flowchart (part 1) of processing performed between the digital camera and the printer in the present embodiment. Fig. 12 is a flowchart (part 2) showing the processing performed between the digital camera and the printer in this embodiment. -33-1245553 Figure 13 shows the selection screen of the printer. Fig. 14 is a flowchart of the display process of the operation screen. Fig. 15 is a flowchart of the print option selection process. Figure 16 shows the selected active area inversion. Figure 17 shows the description of multi.xml. Figure 18 shows the UI image image represented by the file name 0010.jpg ». Fig. 19 is a flowchart (Part 1) showing the image selection routine. Fig. 20 is a flowchart showing the image selection routine (Part 2). Figure 21 shows the image selection in the image selection routine: Figure 22 shows the description of multi2.xml. Fig. 23 is a UI image diagram represented by a file name of 0031.jPg ^. [Symbol description] 1: Digital camera 2: Printer 3: Cable 12: Photography lens

14: LCD 1 6 :電源開關 1 8 :釋放按鈕 20:模式切換旋鈕 一 3 4 - 後的狀態圖。 ^ UI影像資料 影像選擇處理 影像選擇處理 擇畫面圖。 ；]UI影像資料 1245553 2 2 :取消按鈕 24:實行按鈕 26:選項按鈕 2 8 :上下左右鍵 3 0、9 6 :天線 32、98:通信連接器 40:攝像部 42、1 10: CPU 44:信號處理部 46: A/D轉換器 48:閃光燈 5 0 :閃光燈控制部 5 2 :輸入部 54、112: I/O 56:壓縮解凍部 58:記憶卡插槽 6 0 :記憶卡 62:卡片介面 64、116:系統記憶體 66、118:非揮發性記憶體 6 8 :計時器 7 0:行事曆時鐘 72、 122:無線介面 73、 124:有線介面 -35- 1245553 7 4 : L C D控制部14: LCD 1 6: Power switch 1 8: Release button 20: Mode switch knob 1 3 4-Rear state diagram. ^ UI image data Image selection process Image selection process Select screen image. ;] UI image data 1245553 2 2: Cancel button 24: Execute button 26: Option button 2 8: Up, down, left and right buttons 3 0, 9 6: Antenna 32, 98: Communication connector 40: Camera section 42, 1 10: CPU 44 : Signal processing section 46: A / D converter 48: Flash 5 0: Flash control section 5 2: Input sections 54, 112: I / O 56: Compression and thawing section 58: Memory card slot 6 0: Memory card 62: Card interface 64, 116: system memory 66, 118: non-volatile memory 6 8: timer 7 0: calendar clock 72, 122: wireless interface 73, 124: wired interface -35- 1245553 7 4: LCD control unit

76、130:頁框記憶體 78: OSD 8 0 :觸控式面板 82:觸控式面板控制部 8 4 :電池 90:卡片插槽 92:模式切換開關 94:操作開關群 1〇〇:排紙盤 102:顯示器群 1 1 4:卡片介面 116:系統記憶體 118:非揮發性記憶體 120:列印引擎 122:無線介面 124•.有線介面 126:外部監視器 128:顯示控制部 140、142、144:操作畫面 140A:背景影像 1 4 6 B :主動區域 140B、140C、140D、142B、142C、142D、 142: UI影像 146:影像選擇畫面 3676, 130: Frame memory 78: OSD 8 0: Touch panel 82: Touch panel control section 8 4: Battery 90: Card slot 92: Mode switch 94: Operation switch group 100: Row Tray 102: Display group 1 1 4: Card interface 116: System memory 118: Non-volatile memory 120: Print engine 122: Wireless interface 124. Wired interface 126: External monitor 128: Display control unit 140, 142, 144: Operation screen 140A: Background image 1 4 6 B: Active area 140B, 140C, 140D, 142B, 142C, 142D, 142: UI image 146: Image selection screen 36

Claims (1)

1245553 拾、申請專利範圍： 1 . 一種瀏覽系統，由用戶端與伺服器構成’該伺服器係以 包含操作該伺服器用的操作構成零件的操作畫面作爲被 瀏覽的內容而提供給該用戶端， 該用戶端具備如下而成： 瀏覽手段，用以瀏覽該內容； 顯示畫面，用以顯示該被瀏覽內容之該操作畫面；以 及 操作手段，用以接受經由該操作畫面之對該伺服器的 操作； 其特徵爲： 該伺服器係把僅由包含有該操作構成零件的影像構成 的操作畫面作爲該內容而提供給該用戶端。 2 ·如申請專利範圍第1項之瀏覽系統，其中該用戶端具備： 記憶該影像資料的記憶手段；以及 進行將於該影像資料顯示該顯示畫面以及進行該影像 資料的選擇處理之控制手段。 3 ·如申請專利範圍第2項之瀏覽系統，其中該控制手段係 在該操作手段經由操作畫面而接受該影像資料的選擇開 始指示時起動，以實行該影像資料的選擇處理，其中該 操作畫面係用以接受該影像資料的選擇開始指示。 如申請專利範圍第1項至第3項中任一項之瀏覽系統， 其中該操作畫面爲具有假想顯示於預定尺寸的假想顯示 毚面之影像尺寸，該操作構成零件的該操作畫面上的配 - 3 7- 1245553 置係由該影像尺寸上的絕對座標所規定， 該用戶端係擴大縮小該操作畫面以適合該顯示畫面的 尺寸，以於該顯示畫面作顯示。 5 .如申請專利範圍第4項之瀏覽系統，其中該操作晝面係 由JPEG形式的影像資料構成，使該操作構成零件的邊界 成爲會位在該JPEG形式的影像資料中的壓縮塊的像素數 的整數倍的位置般地使該操作構成零件配置於該操作畫 面上而成。 6 · —種瀏覽系統，由數位相機與印表機所構成，該印表機 係以包含操作該印表機用的操作構成零件的操作晝面當 作被瀏覽的內容而提供給該數位相機， 該數位相機具備： 瀏覽手段，用以瀏覽該內容； 顯示畫面，用以顯示該被瀏覽的內容之該操作畫面； 操作手段，用以接受經由該操作畫面之對該印表機的 操作； 攝像手段，藉由攝影而取得影像資料； 記憶該影像資料的記憶手段；以及 進行將該影像資料顯示於該顯示畫面以及進行該影像 資料的選擇處理的控制手段而成， 其特徵爲··在該操作手段經由操作畫面而接受該影像 資料的選擇開始指示時，該控制手段係起動，以實行該 影像資料的選擇處理，其中該操作畫面係用以接受該影 像資料的選擇開始指示。 -38 -1245553 Scope of patent application: 1. A browsing system composed of a client and a server. 'The server is provided to the client with the operation screen containing the operation component parts for operating the server as the browsed content. The client terminal is provided with: a browsing means to browse the content; a display screen to display the operation screen of the browsed content; and an operation means to accept the server via the operation screen. Operation: It is characterized in that: the server provides an operation screen composed only of an image containing the operation component parts as the content to the client. 2. If the browsing system of the scope of patent application item 1, the client has: a memory means for memorizing the image data; and a control means for displaying the display screen on the image data and selecting and processing the image data. 3. If the browsing system of item 2 of the scope of patent application, the control means is activated when the operation means accepts the selection start instruction of the image data via the operation screen to implement the selection process of the image data, in which the operation screen It is used to accept the selection start instruction of the image data. For example, the browsing system of any one of claims 1 to 3 in the scope of patent application, wherein the operation screen is an image size having an imaginary display surface that is supposed to be displayed in a predetermined size, and the operation constitutes a configuration on the operation screen of the part -3 7- 1245553 The position is specified by the absolute coordinates on the image size. The user terminal expands and shrinks the operation screen to fit the size of the display screen for display on the display screen. 5. The browsing system according to item 4 of the scope of patent application, wherein the operation day surface is composed of image data in JPEG format, so that the boundary of the operation constituting part becomes a pixel of a compressed block that will be positioned in the image data in JPEG format. The position of an integer multiple of the number is generally formed by disposing the operation component on the operation screen. 6 · A browsing system consisting of a digital camera and a printer, the printer is provided to the digital camera with the operation surface including the operation component parts for operating the printer as the browsed content The digital camera is provided with: a browsing means for browsing the content; a display screen for displaying the operation screen of the browsed content; an operation means for accepting the operation of the printer through the operation screen; The imaging means is obtained by photographing image data; the memory means for memorizing the image data; and the control means for displaying the image data on the display screen and performing selection processing of the image data are characterized by: When the operation means accepts the selection start instruction of the image data via the operation screen, the control means is activated to implement the selection process of the image data, wherein the operation screen is used to receive the selection start instruction of the image data. -38-
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