九、發明說明： 【發明所屬之技術領域】 鷄作應帛程式纟統及其:^法，尤其係指一種於不 同系統模式下操作應用程式的系統及其方法。 【先前技術】 在電腦可執行之平台以及手持式裝置上，都會具備營 幕鎖定的魏，其目的在於資訊安全的絲錢避免使用 麵錯誤操料’躲上述的目的錄歡魏能夠提供 两度的安全性以及保護功能。 螢幕鎖糾魏又分為兩種_，第—種為鎖定勞 2，讓顯示螢幕顯示類似登人晝面，而解除鎖定的方式為 輸入使用者所設定的密碼，即可以解除螢幕鎖定；第二種 為鎖定操作鍵盤，對於這種方式即為纽透過操作鍵盤進 示螢料會變換，而解除鎖定的方法為輸入 疋、，鍵组合’即可以解除鎖^，方能進行操作控制。 #用二’不論使用鎖定營幕或是鎖定操作鍵盤方式，當 者=妨操料’―找要先聽躲鎖定的系統 性^作^進行使用者想要的操作，當然，對於需要重複 遊戲等），^(= ·查看行事曆的行程、電子寵物養成 重複的鎖定營暮‘:1 的功ί對於這種重複性的操作上，在 擾。 、除較躲’勢必會ϋ献用上的困 定 對於這種重複性的操作， ’而能進賴單的重·操作， 可以不用透過解除螢幕鎖 這將會大大的方便使用 者在細作上的方便性，也可以達到資訊安全的保密以及避 免使用者⑽誤猶的魏，吨_作方式尚未料腦 可執行之平台以及手持式裝置上見到。 '綜上所述，可知先前技術中長期以來一直存在當從正 常運作模式轉_螢幕鎖定模式時會產生邱於應用程 式操作的問題，因此有必要提出改進的技術手段，來解決 此一問題。 【發明内容】 …有n於先前麟存在當從正常運作赋轉換到營幕 鎖=模式時會產生不利於應用程式操作的問題，本發明遂 揭露-種在不同純模式下操作應聽式H統及 法，其中： /本發明所揭露之在不同系統模式下操作應用程式的 系、”先疋義事件圖像之圖像狀態代表應用程式的狀態，其 包含：圖像模組、計時模組、第—切換模組、第二ς換模 組、選定模組以及顯示模組。 、 其中’圖像模組’包含至少一事件圖像及與事件圖像 對應，事件參數；計時模組，用以分別計算第—時間以及 ^二時間；第—切換模組，計時模組計算第—時間將系統 模式自正¥模式切換至螢幕鎖定模式，計時模組計算第二 2間系統模式自螢幕鎖定模式切換至待機模式；第二切換 模組’透過事件參數以切換事件圖像之圖像狀態，·選定模 組i根據式及圖像狀態敎應贿賴作狀態；顯 不核組’用以顯示事件圖像、圖像狀態及應用程式操作狀 1364706 態。 本發明所揭露之在不同系統模式下操作應用程式的 方法’定義事件圖像之圖像狀態代表應用程式的狀態，且 事件圖像對應至事件參數，其包含下列步驟： 首先，系統模式自正常模式計算第一時間以切換至螢 幕鎖定模式，·接著，系統模式自螢幕鎖定模式計算第二時 間以切換至待機模式；接著，透過事件參數以切換事件圖 像之圖像模式；接著’根據系統模式及圖像狀態選定應用 程式插作狀態；最後，顯示事件圖像、圖像狀態及應用程 式操作狀態。 本發明所揭露之系統與方法如上，與先前技術之間的 差異在於本發明可以根據不同㈣賴式以及應用程式 狀態決錢職式操倾態，可以在财的系統模式下， 依然可以龍贿式進行操作，不需要透過切換系統模 式，才能進行應用程式操作，有效的增加程式操作上 的方便性。 透過上述的技術手段，本發明可以達成增加應用程式 ί采作便利性的技術功效。 【實施方式】 以下將配合圖絲實補轉細朗本發明之實施 方式，藉此對本發明如何應用技術手段來解決_問題並 達成技術功效的實現過程能充分理解並據以實施。 以下將說明本發明在不同系統模式下操作應用程式 的系統，並請同時參考「第！圖」所示，「第！圖」係為 7 本發明在不同系統模式下操作應用程式的系統方塊圖。本 發明所揭露之在不同系統模式下操作應用程式的系統定 義第一圖像之圖像狀態代表應用程式的狀態，其包含：圖 像模組10、計時模組20、第一切換模組30、第二切換模 組40、選定模組50以及顯示模組6〇。 圖像模組10包含至少一事件圖像及與事件圖像對應 之事件參數，在本系統中’可以針對不_應用程式及系 、-先功此專，6又疋相對應的事件圖像，例如：以電子寵物^ 成應用程式而言’事件圖像即可以表示養成的寵物；以無 線傳輸系統功能而言，事件圖像即可以表示資料正在傳輪 的動態圖式等，因此，所謂的事件圖像可以解釋為對應不 同狀態所呈現的圖像’而不同狀態又可分為正在進行或是 靜態顯示’所以，事件圖像包含有動態圖像以及靜態圖像 的概念。 對於不同的應用程式及系統功能等，與事件圖像對應 之事件參數亦可定義為不同的事件參數，例如：以電子寵 物養成應用程式而言’事件參數即可以表示養成寵物的不 同狀態，當養成寵物飢餓時，會產生事件參數為「飢餓參 數」，以無線傳輸系統功能而言，事件參數即可以表示資 料傳輸的不同狀態’當網路斷線時，會產生事件參數為「傳 輸中斷參數」。 計時模組20用以計算第—時間以及第二時間，第一 時間以及第二時間的計算並非同時進行，而是針對現在的 系統模式，來判定需要計算第一時間或是第二時間，不同 的系統模式會有對應的系統模式參數，計時模組20更可 巧收系統參數，透過所接收到㈣統參數藉以判定需要 °十异第-時間或是第二時間；而計算第—時間或是第二時 間開始的_起算點，以者無進行任何操作的時^ 開始進行第-時間歧第二時__計算，假設，當計 f模組20在計算第—柳過程巾，而朗者有進行操作 時，則計時模組20會將所計算的時間歸零，並停止計算 第-時間；當計時模組2〇在計算第二時間過程中，㈣吏 用者有進純作時’断時做2〇會騎計算的時間歸 令’並停止計算第二時間，並且等待使时無進行任何操 作’計時模·组20再重新開始計算第一時間或是第二時間。' 具體而言，當計時模組20計算第一時間後，第一切 換拉組3G將系統模式自正常模式切換至螢幕鎖定模式； 印计時模組20計算第二時間後，第一切換模組3〇將系統 =式自螢幕敏模式切換至賴料’系賴式包含有正 =模式、螢幕鎖定模式以及待機模式等，當系統模式為正 常模式時，計嚷組2〇會在使用者無進行任何操作時開 始計時第—時間，當計時模組2G計算第-時間完成時， 第-切換模組30將會將現在穩統模式為正常模式切換 到螢幕鎖定模式。 營幕鎖定模式可时為歡螢幕以及鎖定操作鍵盤 兩種類型’在鎖定螢幕類型使用者要解除螢幕鎖定模式: 方式為輸人使财所設定的密碼，g卩可績除螢幕鎖定； 在鎖定操作鍵盤類型使用者魏除螢幕鎖定模式的方式 田/絲_騎幕較模柄，計賴組2〇會在使 者無撕任何操作時咖料第二關，當計時模组 έ計算第二咖完猶，第—切顧組30將會將現在的 糸統桓式騎翻賴物_待機模式。 7 f待顧式則需要透過特定的按鍵組合，即可以解除 待機模式’第—切換麵3()將會將㈣模式由待機模 切換回螢幕鎖定模式。 、 …除了透過計時模組2〇以及第—切換模組3G自動切換 极式之外’本纽也提供手賴H賴式的功能，以方 便使用者的操作’當純可以對第—時間以及第二時間進 行6又疋，以符合個人化的需求。 上述之第”X及第二時間，分敎義為系統模式 t常模式切換至螢幕鎖定模式，以及系統模式自營幕鎖 定模式切換至待機模式，具體來說，分猶ms —時間為 2鐘’第二時間為10分鐘，以及現在的系統模式為正 常模f，因此’當使用者停止操作時，計時模组20會開 始5十算第一時間「5分鐘」，當計時模組20計算「5分鐘」 完成時’即會將祕模式為正常模式切換至螢幕鎖定模 式；並且計時模組20會開始計算第二時間「1〇分鐘」， S计時模組2〇計算「1〇分鐘」完成時，即會將系統模式 為螢幕鎖定模式切換至待機模式。 1364706 第二切換模組40透過事件參數以切換事件圖像之圖 像狀態，由圖像模組1〇可以得知，事件圖像為對應不同 狀態所呈現的圖像，對於不同狀態則由第二切換模組4〇 .透過事件參數將事件圖像對應的圖像狀態進行切換，圖像 狀態包含一般狀態、突發狀態以及緊急狀態等。 以電子寵物養成而言，事件圖像對應的圖像狀態為一 般狀態即表示寵物目前為健康的狀態，事件圖像對應的圖 • 像狀態為突發狀態即表示寵物目前為遭遇突發事件（例 如··生病、須要進食等）的狀態，事件圖像對應的圖像狀 態為緊急狀態即表示寵物目前為危險(例如：寵物將死亡） 的狀態。 以無線傳輸功能而言’事件圖像對應的圖像狀態為一 般狀態即表示資料傳輸目前為正常的狀態，事件圖像對應 的圖像狀H為突發狀態即表示t料傳輸目前為遭遇突發 料（例如：晴中斷）的狀態，事件圖像對應的圖像狀 〜'為緊心狀態即表示資料傳輸目前為危險（例如：資料異 常）的狀態。 ' 〃 β選定模組50根據系統模式及圖像狀態選定應用程式 操1狀態，並請參照「第2圖」所示，「第2圖」係為系 統模^及圖像狀態對關。應難式操佩態包含完全操 作狀恶、部分操作狀態以及操作鎖定狀態，所謂的完全操 乍狀〜、ρ為可以執行全部的功能，部分操作狀態即為僅能 使用部分功能，操作鎖定狀態即為不可以執行全部以及部 1364706 如「第2圖」系統模式及圖像狀態對照表所示，在系 統模式81為「正常模式」時，以及圖像狀態82為「一般 •狀態」、「突發狀態」以及「緊急狀態」時，應用程式操作 - 狀悲皆為「完全操作狀態」。 在糸統模式81為「螢幕鎖定模式」時，當圖像狀態 82為「一般狀態」時，選定模組50所選定的應用程式操 作狀態為「操作鎖定狀態」，此時需要將「螢幕鎖定模式」 φ 解除返回「正常模式」才能進行操作，當圖像狀態82為 大發狀態」以及「緊急狀態」時，則選定模組5〇所選 定的應用程式操作狀態為「部分操作狀態」，當處於「部 分操作狀態」時’可以使用部分功能用以排除「突發狀態」 以及「緊急狀態」的操作，並且當圖像狀態82為「緊急 狀態」為了能夠排除「緊急狀態」，此時不論使用者是否 操作正確，都將會進行處理，以排除「緊急狀態」。 在系統模式81為「待機模式」時，當圖像狀態82為 瞻 「一般狀態」時’選定模組50所選定的應用程式操作狀 態為「操作鎖定狀態」，此時需要將「待機模式」解除返 回「正常模式」才能進行操作，當圖像狀態82為「突發 狀態」以及「緊急狀態」時，則選定模組5〇所選定的應 用程式操作狀態為「部分操倾態」，當處於「部分操作 ，態」時，可以使用部分功能用以排除「突發狀態」以及 「緊急狀態」的操作，並且當圖像狀態82為「緊急狀態」 為了能夠排除「緊急狀態」，此時不論使时是否操作正 確，都將會進行處理，以排除「緊急狀態」。 12 1364706 顯不模組60用以顯示事件圖像、圖像狀態及應用程 式操作狀態。此外，在本發明的第二實態樣中，透過接收 . 杈組71接收調整參數，並且調整模組72會依據接收模組 • 71接收到的調整參數，透過調整參數對事件參數進行調 整，將圖像狀態自「突發狀態」及「緊急狀態」切換為「_ 般狀態」，藉此可以排除「突發狀態」以及「緊急狀態」， 也可以是使用者主動對事件參數進行調整。 • 接著，以一個具體的實施例來解說本發明的運作方式 及机备’並清參照「第3圖」、「第4A圖」以及「第犯 圖」所不。「第3圖」係為本發明在不同系統模式下操作 應用程式的方法流程圖；「第4A圖」及「第4B圖」係為 螢幕鎖定模式頂餘態及應祕式㈣狀態顯示介面 示意圖。 只把例採用電子寵物養成」為說明，並且僅選定使 用f正在進行操作的時間，因此對於系統模式自正常模式 | 彳异第一時間以切換至螢幕鎖定模式（步驟⑽），以及 系統模式自發幕鎖定模式計算第二時間叫換至待機模 式（步驟200)的過程，在使用者正在進行操作的時間並 不會觸發’在此簡單說明，本發明依然會執行步驟卿以 及步驟200。 如「第4A圖」所示，顯示模組60用以顯示事件圖 像、圖像狀態82顯示於圖像狀態顯示區％及應用程 式操作狀態顯示於應用程式操作狀態顯示區％ (步驟 5〇〇)，此時的系統模式81為「螢幕鎖定模式」，並且此時 13 1364706 的圖像狀態82為「一般狀態」，在圖像狀態顯示區92顯 示為「寵物狀態：良好」，因此，根據系統模式81為「螢 幕鎖定模式」及圖像狀態82為「一般狀態」，選定模組 50所選定應用程式操作狀態為「操作鎖定狀態」（步驟 400) ’在應用程式操作狀態顯示區93顯示為「請解除鎖 定模式」。 在應用程式操作狀態為「操作鎖定狀態」必須解除系 統模式81「螢幕鎖定模式」才能對「電子寵物養成」進 行操作，而解除「螢幕鎖定模式」需要在密碼輸入區域 94中輸入密碼，才能解除系統模式81「螢幕鎖定模式」 並且回到系統模式81「正常模式」才能對「電子寵物養 成」進行操作。 當「電子寵物養成」中觸發「突發事件」為「寵物需 要進食」時，此時的事件圖像91對應的事件參數將會被 應用程式「電子寵物養成」所改變，因此，第二切換模組 40會透過改變後的事件參數以切換事件圖像％之圖像狀 態82切換為「突發狀態」，並且透過顯示模組6〇顯示於 圖像狀態顯示區92，在圖像狀態顯示區％顯示為「寵物 狀需要進食」（步驟300)，如「第4B圖」所示。 當使用者在系賴式81為「較模式」並且圖 像狀態82為「突發狀態」時，此時，選定模組所選定 的應用程式操作狀態為「部分操作狀態」，所提供的操作 選項為「餵食寵物」，iLaj貞祕躺程錢作狀態顯示 區93中。Nine, the invention description: [Technical field of the invention] The chicken system and its method: especially the system and method for operating the application in different system modes. [Prior Art] On the computer-executable platform and the handheld device, there will be a Wei Ying, which is aimed at the security of the screen. The purpose of the information security is to avoid using the wrong face. Security and protection features. There are two types of screen locks and corrections. The first type is the lock type 2, so that the display screen is similar to the login screen. The way to unlock is to input the password set by the user, that is, the screen lock can be unlocked. The two types are lock operation keyboards. For this method, the button will be changed by operating the keyboard, and the method of unlocking is to input 疋, and the key combination can be unlocked before operation control. #用二' Whether you use the lock camp or lock the keyboard mode, the person = you may wish to '- look for the system to do the first lock ^ to do the user's desired operation, of course, for the need to repeat the game Etc.), ^(= · View the calendar's itinerary, the electronic pet develops a repetitive lock camp': 1's work for this repetitive operation, is disturbing. In addition to hiding, it is bound to be dedicated. The difficulty of this kind of repetitive operation, 'can be used for the heavy operation of the single, you can not easily remove the screen lock, which will greatly facilitate the user's convenience in the fine work, but also achieve the security of information security. As well as avoiding the user (10) misunderstood Wei, the ton method has not been seen on the brain executable platform and handheld devices. 'In summary, it can be seen that the prior art has been a long time since the normal operation mode _ When the screen lock mode is generated, the problem of application operation is generated. Therefore, it is necessary to propose an improved technical means to solve this problem. [Summary of the Invention] ... There is n in the previous lining when it is transferred from normal operation. Switching to the camp lock=mode will cause problems that are not conducive to the operation of the application. The present invention discloses a method of operating the listener system in different pure modes, wherein: / the invention is disclosed in different system modes The operating system of the application, "the image state of the first ambiguous event image represents the state of the application, including: image module, timing module, first - switching module, second switching module, selected The module and the display module, wherein the 'image module' includes at least one event image and an event image corresponding to the event image, and a timing module for respectively calculating the first time and the second time; The module, the timing module calculates the first time to switch the system mode from the positive ¥ mode to the screen lock mode, and the timing module calculates the second two system modes to switch from the screen lock mode to the standby mode; the second switch module 'passes through the event The parameter is used to switch the image state of the event image. · The selected module i is based on the style and image state. The display is not used to display the event image, image state and application operation. 1364706. The method of operating an application in different system modes disclosed in the present invention 'Defines the image state of the event image to represent the state of the application, and the event image corresponds to the event parameter, which comprises the following steps: First, the system The mode calculates the first time from the normal mode to switch to the screen lock mode, and then, the system mode calculates the second time from the screen lock mode to switch to the standby mode; then, the event parameter is used to switch the image mode of the event image; 'The application plug-in state is selected according to the system mode and the image state; finally, the event image, the image state, and the application operating state are displayed. The system and method disclosed in the present invention are as above, and the difference from the prior art is The invention can be based on different (four) Lai and application state to determine the position of the job, can be in the financial system mode, can still operate in a bribe mode, without switching the system mode, the application operation can be carried out, effective Increase the convenience of the program operation. Through the above technical means, the present invention can achieve the technical effect of increasing the convenience of the application. [Embodiment] Hereinafter, the embodiment of the present invention will be supplemented with the drawings, whereby the realization of the present invention by applying technical means to solve the problem and achieving the technical effect can be fully understood and implemented. The following is a description of the system for operating an application in different system modes according to the present invention, and also refers to the "Graph!" shown in the figure, and the "Graph!" is a system block diagram of the present invention operating the application in different system modes. . The system for operating an application in different system modes according to the present invention defines an image state of the first image, which represents an application state, and includes: an image module 10, a timing module 20, and a first switching module 30. The second switching module 40, the selected module 50, and the display module 6〇. The image module 10 includes at least one event image and an event parameter corresponding to the event image. In the present system, the event image corresponding to the application program and the system can be used. For example, in the case of an electronic pet, the 'event image can represent the pet that is formed; in terms of the wireless transmission system function, the event image can indicate the dynamic pattern of the data being transmitted, etc. Therefore, the so-called The event image can be interpreted as corresponding to the image presented by different states' and the different states can be divided into ongoing or static display. Therefore, the event image contains the concept of dynamic image and static image. For different applications and system functions, the event parameters corresponding to the event image can also be defined as different event parameters. For example, in the case of an electronic pet development application, the event parameter can represent different states of the pet. When a pet is hungry, the event parameter is "Hunger parameter". In terms of wireless transmission system function, the event parameter can indicate different status of data transmission. When the network is disconnected, the event parameter is generated as "transmission interruption parameter." "." The timing module 20 is configured to calculate the first time and the second time. The calculation of the first time and the second time is not performed simultaneously, but is determined for the current system mode to determine whether the first time or the second time needs to be calculated. The system mode has corresponding system mode parameters, and the timing module 20 can more accurately receive the system parameters, and the received (four) system parameters can be used to determine whether the time is required to be different - the second time or the second time; The starting point of the second time starts, when the user does not perform any operation ^ starts the first-time difference second time __ calculation, assuming that when the f module 20 is calculating the first willow process towel, and the Langer When there is an operation, the timing module 20 will zero the calculated time and stop calculating the first time; when the timing module 2 is in the process of calculating the second time, (4) when the user has entered the pure operation' When the time is 2, the time of the calculation will be calculated and the second time will be stopped, and the operation will be waited for no operation. The timing mode group 20 will restart the calculation of the first time or the second time. Specifically, after the chronograph module 20 calculates the first time, the first switching pull group 3G switches the system mode from the normal mode to the screen lock mode; after the second time is calculated by the chronograph module 20, the first switching mode Group 3〇 switches the system=type from screen sensitivity mode to the material's system. The system includes positive mode, screen lock mode, and standby mode. When the system mode is normal mode, the group 2〇 will be in the user. When no operation is started, the first time is counted. When the timing module 2G calculates the first time, the first switching module 30 will switch the current stable mode to the normal mode to the screen lock mode. The camping lock mode can be used for both the joy screen and the lock operation keyboard. In the lock screen type, the user wants to unlock the screen lock mode: the mode is the password set by the input person, and the screen lock is locked; Operating the keyboard type user Wei in addition to the screen lock mode, the field / silk _ riding the screen is more than the mold handle, the counting group 2 〇 will be the second off when the messenger does not tear any operation, when the timing module έ calculate the second coffee After all, the first - the group 30 will be the current 糸 桓 骑 _ _ standby mode. 7 f Waiting mode requires a specific key combination, that is, the standby mode can be released. The first - switching surface 3 () will switch the (four) mode from the standby mode back to the screen lock mode. In addition to the automatic switching of the poles through the timing module 2〇 and the first switching module 3G, 'Nen’s also provides the function of the hand-held H-type to facilitate the user’s operation’ when purely for the first time and The second time is 6 疋 to meet the individual needs. In the above-mentioned "X and the second time, the system mode t is switched to the screen lock mode, and the system mode is switched to the standby mode. Specifically, the time is 2 hours. 'The second time is 10 minutes, and the current system mode is normal mode f, so 'when the user stops the operation, the timing module 20 will start the first time "5 minutes" for the first time, when the timing module 20 calculates When "5 minutes" is completed, the secret mode will be switched to the normal mode to the screen lock mode; and the timing module 20 will start to calculate the second time "1 minute", and the S timing module 2 will calculate "1 minute. When finished, the system mode will be switched to the screen lock mode to standby mode. 1364706 The second switching module 40 switches the image state of the event image through the event parameter, and the image module 1 〇 can know that the event image is an image corresponding to different states, and is different for different states. The second switching module 4 switches the image state corresponding to the event image through the event parameter, and the image state includes a general state, a burst state, and an emergency state. In the case of electronic pet development, the image state corresponding to the event image is a general state, that is, the pet is currently in a healthy state, and the image image corresponding to the event image is in a burst state, that is, the pet is currently experiencing an emergency ( For example, the state of the disease, the need to eat, etc., the state of the image corresponding to the event image is an emergency state, that is, the state in which the pet is currently dangerous (for example, the pet will die). In the case of the wireless transmission function, the image state corresponding to the event image is a normal state, that is, the data transmission is currently in a normal state, and the image state H corresponding to the event image is a burst state, that is, the t-material transmission is currently suffering. The state of the material (for example, the weather interruption), the image shape corresponding to the event image ~ 'is a state of closeness, that is, the state in which the data transmission is currently dangerous (for example, data abnormality). The 〃β selection module 50 selects the application operation state according to the system mode and the image state, and refers to the "Fig. 2", and the "second picture" is the system mode and the image state check. The difficult-to-follow state includes a complete operation state, a partial operation state, and an operation lock state. The so-called full operation type ~, ρ is capable of performing all functions, and part of the operation state is that only part of the function can be used, and the operation is locked. That is, it is not possible to execute all of the unit 1364706 as shown in the "second diagram" system mode and the image state comparison table, when the system mode 81 is "normal mode", and the image state 82 is "general state", " In the "burst state" and "emergency state", the application operation - the sorrow is "full operation state". When the system mode 81 is "screen lock mode", when the image state 82 is "general state", the operation state of the application selected by the selected module 50 is "operation lock state", and the screen lock is required at this time. Mode" φ is released to return to "normal mode" to operate. When image state 82 is "large state" and "emergency state", the selected application operating state of module 5 is "partial operation state". In the "partial operation state", some functions can be used to exclude the "burst" and "emergency" operations, and when the image state 82 is "emergency" in order to be able to exclude the "emergency", If the user operates correctly, it will be processed to eliminate the "emergency". When the system mode 81 is in the "standby mode", when the image state 82 is in the "normal state", the application operating state selected by the selected module 50 is "operation locked state", and the "standby mode" is required at this time. Cancel the operation to return to "normal mode". When the image state 82 is "burst state" and "emergency state", the operating state of the selected application selected by the module 5 is "partially tilted". In the "partial operation, state", some functions can be used to exclude the "burst state" and "emergency" operations, and when the image state 82 is "emergency", in order to be able to exclude the "emergency state", Regardless of whether the operation is correct or not, it will be processed to eliminate the "emergency". 12 1364706 The display module 60 is used to display event images, image status, and application operating status. In addition, in the second embodiment of the present invention, the adjustment parameter is received through the receiving group 71, and the adjustment module 72 adjusts the event parameter according to the adjustment parameter received by the receiving module 71. By switching the image state from "burst state" and "emergency state" to "_ state", it is possible to exclude "burst state" and "emergency state", or the user can actively adjust the event parameters. • Next, the operation mode and equipment of the present invention will be explained in a specific embodiment, and the reference to "3rd map", "4A map" and "figure map" will be omitted. "Fig. 3" is a flow chart of the method for operating the application in different system modes of the present invention; "Fig. 4A" and "4B" are screen lock mode top state and secret type (4) state display interface diagram . Just use the example of using electronic pets, and only select the time when f is being used, so for system mode from normal mode | surprise first time to switch to screen lock mode (step (10)), and system mode spontaneous The screen lock mode calculates the second time called the process of switching to the standby mode (step 200), and does not trigger when the user is performing the operation. 'The present invention still performs the step and step 200. As shown in FIG. 4A, the display module 60 is configured to display an event image, and the image state 82 is displayed in the image state display area % and the application operating state is displayed in the application operating state display area % (step 5〇). 〇), the system mode 81 at this time is the "screen lock mode", and the image state 82 of 13 1364706 is "general state" at this time, and the image state display area 92 is displayed as "pet state: good", therefore, According to the system mode 81 being "screen lock mode" and the image state 82 being "general state", the selected application operating state of the selected module 50 is "operation locked state" (step 400) 'in the application operating state display area 93 The display is "Please unlock the mode". In the operation state of the application, the operation lock state must be released from the system mode 81 "screen lock mode" to operate the "electronic pet development", and the "screen lock mode" is released. It is necessary to input a password in the password input area 94 to release the password. System mode 81 "screen lock mode" and return to system mode 81 "normal mode" to operate "electronic pet development". When "Emergency Pet" triggers "emergency" as "pet needs to eat", the event parameter corresponding to event image 91 at this time will be changed by the application "electronic pet development", so the second switch The module 40 switches the image state 82 of the event image % to the "burst state" through the changed event parameter, and displays it in the image state display area 92 through the display module 6〇, and displays the image state in the image state. The area % is displayed as "pets need to eat" (step 300), as shown in "Fig. 4B". When the user is in the "mode" mode and the image state 82 is in the "burst state", the operation state of the selected application of the selected module is "partial operation state", and the provided operation is performed. The option is "Feeding Pets", iLaj is in the status display area 93.
而使用者财以選擇操作選項為「齡寵物」，並且 此時接收 71會接收娜參數為「齡雜參數」，並 且調整模組72會依據接收歡71接㈣_整參數為 「饒食絲參數」，透·整參數「齡絲參數」對事 ^參數進行調整，則會將圖像狀態自「突發狀態」切換為 般狀態」（步驟61〇)，藉此可以排除「突發狀態」， 並且回復到「-般狀態」，返回結果如「第4A圖」所示。 称丄職’可知本發明與先前技術之間的差異在於具 有可以根據不同的系統模式以及應賊式狀態決定應用 程式操作絲，可叫财㈣賴式τ，讎可以對應 用私式進行操作，不需要透過切換系統模式，才能進行應 用程式操作，藉由此d支術手段可料解決先前技術所存 在螢幕鎖定功能不利於重複性操作_題，進而達成在營 幕鎖定下T以進行重雛鮮的技術功效。The user selects the operation option as "aged pet", and at this time, the receiving 71 will receive the Na parameter as "age parameter", and the adjustment module 72 will receive the "four" parameter according to the receiving "Parameter", the adjustment of the parameter "the silk thread parameter" will change the image state from "burst state" to the normal state" (step 61〇), thereby eliminating the "burst state". ", and return to the "normal state", the return results are shown in Figure 4A. It is known that the difference between the present invention and the prior art is that it has the ability to determine the application operation wire according to different system modes and the thief-like state, and can be called (four) Lai τ, and can operate on the application privately. It is not necessary to switch the system mode to perform the application operation. Therefore, the d-branch method can solve the problem that the screen locking function of the prior art is not conducive to the repetitive operation, and then the T is completed under the camp lock. Fresh technical effects.
雖然本發明所揭露之實施方式如上，惟所述之内容並 非用以直接限定本發明之專利保護範圍。任何本發明所屬 技術領域令具有通常知識者，在不脫離本發明所揭露之精 神和細㈣提下’可以在實施_式上及㈣上作些許 之更動。本發明之專利保護範圍，仍須以所附之 範圍所界定者為準。 f圖式簡單說明】 第1圖 統方塊圖》 為本發明在不㈣賊式下齡翻程式的系 第2圖為本發明系統模式及圖像狀態對照圖。 15 法二為本發明在不同系統模式下操作應用程式財 態及應第用二Γ本發明螢幕鎖定模式下圖像狀 不武钿作狀態顯示介面示意圖。 【主要元件符號說明】 10 20 30 40 50 60 71 72 81 82 91 92 93 94 圖像模組 計時模組 第一切換模組 第二切換模組 選定模組 顯示模組 接收模組 調整模組 系統模式 圖像狀態 事件圖像 圖像狀態顯示區 應用程式操作狀態顯示區 岔碼輸入區域 步驟100系統模式自正常模式計算第一時間以切換 至螢幕鎖定模式 步驟200系統模式自螢幕鎖定模式計算第二時間以 切換至待機模式 步驟300透過事件參數以切換事件圖像之圖像狀態 1364706 步驟400根據系統模式及圖像狀態選定應用程式操 作狀態 步驟500顯示事件圖像及應用程式操作狀態 步驟610接收調整參數，透過調整參數對事件參數 進行調整，將圖像狀態自突發狀態或緊急狀態切換為—般 狀態While the embodiments of the present invention are as described above, the above description is not intended to directly limit the scope of the invention. Any skill in the art to which the invention pertains can be made without departing from the spirit and scope of the invention, and may be modified in some ways. The scope of the invention is to be determined by the scope of the appended claims. A simple description of the f pattern] Fig. 1 is a block diagram of the present invention. The second figure is a system diagram and an image state comparison diagram of the present invention. 15 Method 2 is a schematic diagram of an image display state display interface in the screen lock mode of the present invention in the operating system of the present invention in different system modes. [Main component symbol description] 10 20 30 40 50 60 71 72 81 82 91 92 93 94 Image module timing module first switching module second switching module selected module display module receiving module adjustment module system Mode image status event image image status display area application operation status display area weight input area step 100 system mode from normal mode calculation first time to switch to screen lock mode step 200 system mode from screen lock mode calculation second Time to switch to standby mode step 300 through event parameters to switch image state 1364706 of event image. Step 400 select application operating state based on system mode and image state. Step 500 displays event image and application operating state. Step 610 receives adjustment. Parameters, adjust the event parameters by adjusting parameters, and switch the image state from a burst state or an emergency state to a general state
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