201122520 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種具電源狀態評估功能之電子 置及其電源評估方法，特別是有關於一種針對使用者^ 慣自動進行智能電量評估之具電源狀態評估功能之 裝置及其電源評估方法。 【先前技術】 身處於一個電子資訊化產業高速發展時期， 電子消費產品所提供的高便捷性，使得如電子字典、 子學習機、個人數位助理等掌上型電二… 來越多人的青睞，而人們對於掌上型電子消費 的要求也日益增高，而掌上型電子消費產品是σ : 便’以f是否能夠及時反饋並智慧的滿足使用者需 :成士高科技產品技術的重要評鑑指標。其中，；池爭 疋決疋性的指標之一，然而同一顆電、、也i ^ 彳 慣下的供電時間可能會有所不同。/ 5的使用習 使用：二市：多數掌上型電子消費產品並沒有電量 使用s己錄，僅旎在電量耗盡之前給 冤里 數等方式給予使用者大約的剩餘電量^，，^以電量格 無法準確的得知掌上型電子消費產口：：二此使用者 使用時間評估。 又有針對不同的使用者進行 201122520 f發明内容】 有鑑於上述習知技藝之問題’本發 =-種具電源狀態評估功能之電子裂置及== 方法，以解決無法準確提供電池剩餘電量的估 根據本發明之目的，提出—種電源狀態許 適用於評估一電子裝置之一電池之可用 ^法， 評估方法首先提供一儲存模組儲 二：源己：態 複繼用程式及各該應用程式對應之一==錄此 預疋使用者記錄包含一預定使 ^ ^ =對應之-預以、用程式及對應此預定應用 理論耗電曲線。再藉由一於八 S ^ m 輸入"面接收一使用者編號， 乂及於稷數個應用程式中選擇其中之—。利用一處理模 ，判斷預疋使用者錢與使用者職是否相同，以及判 斷被選擇之應用程式是㈣預定應用程式相同。當判斷 結果相同’提供-臨時儲存模組儲存預定扁程式對應 之理論耗電曲線為—臨時耗電曲線。最後使用處理模組 偵測電池t電壓值，並根據臨時耗電曲線及電壓值產 生電池之可用時間。 此外，本發明更提出一種具電源狀態評估功能之電 子裝置，包含一電池、一儲存模組、一臨時儲存模組、 一輸入介面及一處理模組。電池可提供該電源狀態評估 功月b之電子裴置所需之電力。儲存模組儲存一預定使用 者圮錄、複數個應用程式及各應用程式對應之一耗電參 數’預定使用者記錄包含一預定使用者編號、預定使用 201122520 者編號所對應之一預定應用程式及對應預定應用程式之 一理論耗電曲線。輸入介面用以接收一使用者編號，並 選擇複數個應用程式的其中之一。處理模組電性連接儲 存模組、臨時儲存模組、輸入介面及電池，以偵測電池 之一電壓值’並判斷預定使用者編號與使用者編號是否 相同’以及之該應用程式是否與預定應用程式 相同。當判斷結果相同，處理模組於臨時儲存模袓中， 儲存預定應用程式對應之理論耗電曲線為一臨時耗電曲 線，並根據臨時耗電曲線及電壓值產生電池之可用時間。 承上所述，依本發日狀具電源狀態評估功能之 裝置及其電源評估方法，其可具有—或多個下述優點： 估方狀態評估功能之電子裝置及其電源評 估方法可根據不同的使用習慣評估電池 藉此可準料算不同使用功能τ的電池剩餘使用用時夺:。， (2)此具電祕態評估魏之電子裝 估方法可根據不同的使用者習慣，；Π 狀況，藉此可給予使用者進行智能提示電子袭置的用電 【實施方式】 請參閱第1圖，其係為本發 能之電子裝置之示意圖。圖中，狀態評估功 電子裝置1包含儲存模!且10、處理電2狀=評估功能之 3〇、電池40、臨時儲存模組50及顯亍、ί-、輸入介面 …存有三個資料庫，分別= 二= 201122520 ;:=:庫12°及耗電參數資料庫13〇。使用情況 二二錄内容如第2圖所示，使用情況資料 庫⑽包各多個預定使用者記錄1110 錄1110分別記载預設使用廍用妒斗' m摘疋使用者5己 棘“ 使用應㈣式111卜預設使用者編 參數⑴5 ^耗電曲線1113、平均耗電曲線1114、計數 ^ a ώ 彳個耗電曲線1116。而平均耗電曲線1113 、疋 固不同時間點所記錄的耗電值平均所得。 式資料庫12G +包含多個應用程式，各應用 行中翻英、英翻中、發音或閱讀電子文件等 所需的各種元件’此應用程式資料庫12〇中 的數據如^示。 -----1---201122520 VI. Description of the Invention: [Technical Field] The present invention relates to an electronic device with a power state evaluation function and a power supply evaluation method thereof, and more particularly to a device for automatically performing smart power evaluation for a user The device for the power state evaluation function and its power supply evaluation method. [Prior Art] In the period of rapid development of an electronic information industry, the high convenience provided by electronic consumer products has made it possible for more popular people, such as electronic dictionaries, sub-learning machines, personal digital assistants, etc. And people's requirements for handheld electronic consumption are also increasing, and the handheld electronic consumer products are σ: 'whether f can timely feedback and intelligently meet the needs of users: the important evaluation indicators of Chengshi high-tech product technology. Among them, the pool is one of the indicators of deficiencies, but the same power, and i ^ 惯 customary power supply time may be different. / 5 use of the use of: the second city: most handheld electronic consumer products do not have the use of electricity s recorded, only give the user the remaining amount of electricity before the power is exhausted, etc. ^, ^ ^ electricity The grid can't accurately know the handheld electronic consumer product port:: Two users use time evaluation. In addition, in view of the above-mentioned prior art, the present invention has the problem of 'electronic emission and the == method for the power state evaluation function to solve the problem that the remaining battery power cannot be accurately provided. According to the purpose of the present invention, it is proposed that the power state is applicable to the evaluation of a battery of one of the electronic devices. The evaluation method first provides a storage module: the source: the state relay and the application. One of the program correspondences == recorded the pre-existing user record contains a predetermined ^ ^ = corresponding - pre-, program and corresponding theoretical power consumption curve of the application. Then, by receiving a user number from one of the eight S ^ m inputs ", select one of the several applications. Using a processing model, it is determined whether the pre-existing user's money is the same as the user's job, and the application to be selected is (4) the predetermined application is the same. When the judgment result is the same, the theoretical power consumption curve corresponding to the 'provided-temporary storage module storage predetermined flat program is the temporary power consumption curve. Finally, the processing module is used to detect the voltage value of the battery t, and the available time of the battery is generated according to the temporary power consumption curve and the voltage value. In addition, the present invention further provides an electronic device with a power state evaluation function, including a battery, a storage module, a temporary storage module, an input interface, and a processing module. The battery can provide the power required for the electronic status of the power state evaluation. The storage module stores a predetermined user record, a plurality of applications, and a power consumption parameter corresponding to each application. The predetermined user record includes a predetermined user number, and one of the predetermined applications corresponding to the 201122520 number is used. Corresponds to the theoretical power consumption curve of one of the predetermined applications. The input interface is used to receive a user number and select one of a plurality of applications. The processing module is electrically connected to the storage module, the temporary storage module, the input interface and the battery to detect a voltage value of the battery 'and determine whether the predetermined user number is the same as the user number' and whether the application is scheduled The application is the same. When the judgment result is the same, the processing module is stored in the temporary storage module, and the theoretical power consumption curve corresponding to the predetermined application is stored as a temporary power consumption curve, and the available time of the battery is generated according to the temporary power consumption curve and the voltage value. According to the above description, the device with the power state evaluation function and the power supply evaluation method thereof may have one or more of the following advantages: the electronic device for estimating the state evaluation function and the power evaluation method thereof may be different according to different The use of the habit evaluation battery can be expected to calculate the remaining use of the battery using different functions τ: (2) The evaluation of the electrical state of Wei's electronic evaluation method can be based on different user habits; Π status, which can be used to give users intelligent power to use electronically attacked electricity [implementation] Please refer to Figure 1, which is a schematic diagram of the electronic device of the present invention. In the figure, the state evaluation function electronic device 1 includes a storage module! and 10, processing power 2 = evaluation function 3, battery 40, temporary storage module 50 and display, ί-, input interface... three databases are stored , respectively = two = 201122520;: =: library 12 ° and power consumption parameter database 13 〇. The usage record 2 is recorded as shown in Figure 2. The usage database (10) contains multiple scheduled user records. 1110 records 1110 respectively indicate the default use of the buckets. The (4)-type 111 preset user-programmed parameters (1) 5 ^ power consumption curve 1113, average power consumption curve 1114, count ^ a 彳 耗 a power consumption curve 1116. The average power consumption curve 1113, tamping at different time points recorded The average value of the power consumption value. 12G + contains multiple applications, each application requires a variety of components in the English, English, pronunciation or reading electronic files, the data in this application database 12〇 Such as ^. -----1---
而耗電參數貝料庫13G中則記載此具電源狀離坪估 =電子裝置1執行各個應用程式所需的元件：各元 =耗電參數。此耗電參數資料庫13G中的數據如表二 各岸：軟體。且應用程式資料庫120中更記載啟動 201122520In the 13G of the power consumption parameter library, the power supply is measured. The components required for the electronic device 1 to execute each application are: each element = power consumption parameter. The data in this power consumption parameter database 13G is shown in Table 2: Software. And the application database 120 is further recorded to start 201122520
表二 輸入）ι面30可接收使用者所輸入的使用者編號，以 A k擇個應用知式。此輸入介面30較佳為具電源狀態 °平估功此之電子裝置1之輪入按鍵，或觸控式輸入裝 置，如觸控面板或觸控板等具觸控輸入功能之裝置。 處理模組20電性連接儲存模組10輸入介面30、電 池40，L日守s己憶體5〇及顯示單元6〇，以偵測電池 之電壓值’ ϋ判斷使用者編號是否與預定使用者編號 1111相同，以及判斷選擇的應用程式是否與該預定應用 =式1112相同，當判斷結果相同，處理模組2〇則^預 6又使用應用程式1112對應的理論耗電曲線1113在臨時 5己憶體50中儲存為臨時耗電曲線。並根據臨時耗電曲線 51及電池40的電壓值於顯示單元60上顯示電4〇可 用時間。 當使用者編號與預定使用者編號11U不同，或判斷 選擇的應用程式121與該預定應用程式1112不同時，則 處理模組20會在臨時記憶體50中產生一筆新預定1使用 者記錄，此新預定使用者記錄包含此次選擇的應用輕式 201122520 ΐ = ϊ號等資訊’並且於耗電參數資料庫尋 尋找被選摆電參數，如於表-及表二中 夫 、：王式所對應的元件，及元件所對應的電 用此應用程式121的理論耗電曲線。處 =並於臨時儲存模組5〇將理論耗電曲線⑴3儲 fotTi耗電曲線，並根據此臨時耗電曲線計算出電池 40的剩餘可用時間。 处:參閱第3圖’其係為本發明之具電源狀態評估功 月t*之·子裝置之理論耗電曲線之示意圖。該圖中，以使 Γη閱文件的應用程式為例，並且預定❹者記錄 並…、此使用者的預定使用者記錄1110。處理模組 2^根據使用的應用程式及對應的電參數產生對應的理 電曲線1113’且理論耗電曲線1113的數據分別為5 〇 士 ’ 4.8伏特、4.7伏特、4.3伏特、4.0伏特、3.6伏 特、伏特、2.7伏特、2 5伏特及21伏特。當使用者 在閱明電子文件的過程中，處理模組2〇會每個固定時間 間隔就檢次電池4G的電壓值，此固料間間隔較^ ^一十刀鉍，並且將各時間的耗電量記錄於臨時儲存模 、、且50中，並根據各時間間隔的電池電壓值產生臨萨 耗電曲線。 τ ^若此使用者在閱讀電子文件時，遇到不認識的字 詞’因此啟動了對應到電子字典的應用程式，並啟 應^發音的應用程式，處理模組2G更會將此啟動其他應 用，式的動作記錄在臨時耗電曲線中，並以在數據中^ 記分支一及標記分支二以對應查詢動作及發音動作，= 201122520 第4圖所示。當使用者退出對應閱讀功能的應用程式 時’處理模組20會將臨時耗電曲線記錄於預設使用者記 錄110中的耗電曲線1116,並且計數參數1115加一。最 後再將理論耗電曲線1113以及所有記錄的耗電曲線 1116平均，以得平均耗電曲線1114。如第5圖所示。 當使用者在閱讀電子文件的過程中，主動查詢電池 4〇的剩餘使用時間，或電池4㈣電壓值小於門禮值時， 組20會以查詢當時的電壓值對應到平均電曲線 中的電壓值，計算出剩餘使用時間，以查詢 包池40電壓值為4」伏特為例，查詢第$圖之平均耗電 曲線⑴4,因此可預估平均的剩餘使用時間為15〇分鐘。 若使用者閱讀電子文件—段時間後，f經啟 應用程式，處理模組20可藉由標記分支， 在預s又使用者記錄η〇中尋找啟 曲線⑽，以第4圖中=動'應應用程式的耗電 例，由雷d i ‘ 5己刀支一及標記分支二為 例，由電壓值4」伏特降到3 巧 5圖之平均耗電曲線1114得知由寺二 特需要！50鐘，因此電、、也4=^.5伏特降麼至2.0伏 _ 里u此電池40的電壓值在4.胜眭^ 顯不單兀上所顯示剩餘使用時間為21。分# :从卢二 模組20在其他的耗電曲線ui .里。右处理 支，且其他乾電曲線1116所得的剩餘使目，應的標記分 鐘及240分鐘， :的嶋使用時間為⑽分 大預估可用時間4 240分鐘，：用時間為21〇分鐘，最 分鐘’處理模組2。根據以上數據; 示下列提示： ％顯不早兀60上顯 201122520 「當刖電壓為4.1V，可使用當前功能18〇分鐘〜24〇 分鐘（理論值210分鐘）」，藉此本發明之具電源狀態評估 功能之電子裝置1可根據使用者使用的應用程式及並回 饋先則的使用習慣，準確的預估剩餘使用時間。 明參閱第6圖，其係為本發明之電源狀態評估方法 之實施步驟流程圖。此電源狀態評估方法包含下列步驟： ，步驟S10中，提供儲存模組儲存預定使用者記 φ錄、複數個應用程式及各應用程式對應之耗電參數，此 預定使用者記錄包含預定使用者編號、預定使用者編號 所對應之預定應用程式及對應該預定應用程式之理論耗 電曲線。 在步驟S20中，藉由輸入介面接收使用者編號，以 及選擇一個應用程式。 在步驟S30中，利用處理模組判斷預定使用者編號 與使用者編號是否相同，以及判斷被選擇之應用程式是 φ否與預定應用程式相同。當判斷結果則進行步驟s4〇， 虽判斷結果不同則進行步驟S31。 ^在步驟S31中，藉由所選擇的應用程式所對應的耗 電參數產生理論耗電曲線，並進行步驟4〇。 ，在步驟S40中，提供臨時儲存模組儲存預定應用程 式對應之理論耗電曲線為臨時耗電曲線。 、在步驟S50中，使用處理模組偵測電池之電壓值， 並根據臨時耗電曲線及電壓值產生電池之可用時間。 11 201122520 以上所述僅為舉例性，而非為限制性者。任何未脫 離本發明之精神與範疇，而對其進行之等效修改或變 更’均應包含於後附之申請專利範圍中。 f圖式簡單說明】Table 2 Input) ι面30 can receive the user number entered by the user, and select an application knowledge with A k. The input interface 30 is preferably a wheel-in button of the electronic device 1 or a touch-type input device, such as a touch panel or a touch pad, having a touch input function. The processing module 20 is electrically connected to the input interface 30 of the storage module 10, the battery 40, and the display unit 6〇, to detect the voltage value of the battery, and determine whether the user number is used or not. The number 1111 is the same, and it is judged whether the selected application is the same as the predetermined application = the formula 1112. When the judgment result is the same, the processing module 2 〇 预 6 uses the theoretical power consumption curve 1113 corresponding to the application 1112 in the temporary 5 The memory 50 is stored as a temporary power consumption curve. The electric power is displayed on the display unit 60 according to the temporary power consumption curve 51 and the voltage value of the battery 40. When the user number is different from the predetermined user number 11U, or the selected application 121 is determined to be different from the predetermined application 1112, the processing module 20 generates a new predetermined 1 user record in the temporary memory 50. The new scheduled user record contains the selected application of the light 201122520 ΐ = nickname and other information 'and find the selected pendulum parameters in the power consumption parameter database, as shown in Table- and Table 2, Fu: Wang style The corresponding component, and the corresponding power consumption curve of the application 121. At the temporary storage module 5, the theoretical power consumption curve (1) 3 is stored in the fotTi power consumption curve, and the remaining available time of the battery 40 is calculated based on the temporary power consumption curve. Reference: Refer to Fig. 3' which is a schematic diagram of the theoretical power consumption curve of the sub-device with the power state evaluation power t* of the present invention. In the figure, an application for reading a file is taken as an example, and a predetermined user record 1110 of the user is recorded. The processing module 2^ generates a corresponding power-receiving curve 1113' according to the used application and the corresponding electrical parameters, and the data of the theoretical power consumption curve 1113 is 5 '' 4.8 volts, 4.7 volts, 4.3 volts, 4.0 volts, 3.6, respectively. Volt, volts, 2.7 volts, 25 volts and 21 volts. When the user is in the process of reading the electronic file, the processing module 2 will check the voltage value of the battery 4G every fixed time interval, and the interval between the solid materials is ^^10 铋, and will be used for each time. The power consumption is recorded in the temporary storage mode, and 50, and the power consumption curve of the Linsa is generated according to the battery voltage value at each time interval. τ ^If the user encounters an unfamiliar word when reading an electronic file, the application corresponding to the electronic dictionary is activated and the application is activated. The processing module 2G will start this other. The action of the application is recorded in the temporary power consumption curve, and the branch 1 and the mark branch 2 are recorded in the data to correspond to the query action and the pronunciation action, as shown in Fig. 4 of 201122520. When the user exits the application corresponding to the reading function, the processing module 20 records the temporary power consumption curve in the power consumption curve 1116 in the preset user record 110, and the counting parameter 1115 is incremented by one. Finally, the theoretical power consumption curve 1113 and all recorded power consumption curves 1116 are averaged to obtain an average power consumption curve 1114. As shown in Figure 5. When the user actively queries the remaining usage time of the battery 4 in the process of reading the electronic file, or the battery 4 (four) voltage value is less than the door value, the group 20 will correspond to the voltage value in the average electric curve by querying the current voltage value. Calculate the remaining usage time. In order to query the voltage value of the packet pool 40 as 4 volts, the average power consumption curve (1) 4 of the $ map is queried, so the average remaining usage time can be estimated to be 15 〇 minutes. If the user reads the electronic file - after a period of time, the processing module 20 can search for the start curve (10) in the pre-s and user record η by the mark branch, and in the fourth picture = move ' The power consumption example of the application should be taken from Lei Di '5 knives and labeled branch 2 as an example. The voltage value is 4 volts down to 3 and the average power consumption curve 1114 of the figure is known to be needed by the temple two! 50 minutes, so the electricity, and also 4 = ^. 5 volts drop to 2.0 volts _ 里 u This battery 40 voltage value is 4. The 剩余 眭 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余 剩余Minus #: From Lu 2 Module 20 in other power consumption curves ui . The right processing branch, and the remaining dry electricity curve 1116 obtained the remaining points, the marked minutes and 240 minutes, : 嶋 use time is (10) points large estimated available time 4 240 minutes, the time is 21 〇 minutes, the most Minutes 'Processing Module 2. According to the above data; the following prompts are displayed: % is not earlier than 60 on the display 201122520 "When the voltage is 4.1V, the current function can be used for 18 minutes ~ 24 minutes (theoretical value 210 minutes)", thereby using the present invention The electronic device 1 of the power state evaluation function can accurately estimate the remaining usage time according to the application used by the user and the usage habits of the feedback. Referring to Figure 6, it is a flow chart of the implementation steps of the power state evaluation method of the present invention. The power state evaluation method includes the following steps: Step S10, providing a storage module for storing a predetermined user record, a plurality of applications, and power consumption parameters corresponding to each application, the predetermined user record including a predetermined user number The predetermined application corresponding to the predetermined user number and the theoretical power consumption curve corresponding to the predetermined application. In step S20, the user number is received through the input interface, and an application is selected. In step S30, the processing module determines whether the predetermined user number is the same as the user number, and determines whether the selected application is φ or not the same as the predetermined application. When the result of the determination is made, step s4 is performed, and if the result of the determination is different, step S31 is performed. In step S31, the theoretical power consumption curve is generated by the power consumption parameter corresponding to the selected application, and step 4 is performed. In step S40, the temporary storage module is provided to store the theoretical power consumption curve corresponding to the predetermined application mode as a temporary power consumption curve. In step S50, the processing module is used to detect the voltage value of the battery, and the available time of the battery is generated according to the temporary power consumption curve and the voltage value. 11 201122520 The above description is for illustrative purposes only and not as a limitation. Any changes or modifications that come within the spirit and scope of the invention are intended to be included in the scope of the appended claims. f graphic simple description]
係為本發明之具電源狀態評估功能之電子裝置 之示意圖； 第 係為本發明之具電源狀態 資料庫之示意圖； 評估功能之使用情況The schematic diagram of the electronic device with the power state evaluation function of the present invention; the first is a schematic diagram of the power state database of the invention; the use of the evaluation function
圖係為本㈣力能之電 之理論耗電曲線之示意圖；The diagram is a schematic diagram of the theoretical power consumption curve of (4) Power;
第 第 4圖係為本發明之具電源狀態評估功能之 之具有標記分支之臨時耗電曲線之示意圖: 5圖係為本發明之具電源狀態評估功能之電子梦 之平均耗電曲線之示意圖；以及 、置 6圖係為本發明 程圖。 之電源狀態評估方法 之實施步驟流Figure 4 is a schematic diagram of a temporary power consumption curve with a marked branch of the power state evaluation function of the present invention: 5 is a schematic diagram of an average power consumption curve of an electronic dream with a power state evaluation function of the present invention; And the 6 diagrams are the diagrams of the invention. Power state evaluation method
12 201122520 【主要元件符號說明】 1 :具電源狀態評估功能之電子裝置； 10 :儲存模組； 110 :使用情況資料庫； 1110 :預定使用者記錄； 1111 :預設使用應用程式； 1112 :預設使用者編號； 1113 :理論耗電曲線； 1114 :平均耗電曲線； 1115 :計數參數； 1116 :耗電曲線； 120 :應用程式資料庫； 130 :耗電參數資料庫； Φ 2〇 :處理模組； 30 :輸入介面； 40 :電池； 50 :臨時儲存模組； 60 :顯示單元；以及 S10〜S50 :步驟。 1312 201122520 [Explanation of main component symbols] 1 : Electronic device with power status evaluation function; 10 : Storage module; 110 : Usage database; 1110 : Scheduled user record; 1111 : Preset application; 1112 : Pre Set user number; 1113: theoretical power consumption curve; 1114: average power consumption curve; 1115: counting parameter; 1116: power consumption curve; 120: application database; 130: power consumption parameter database; Φ 2〇: processing Module; 30: input interface; 40: battery; 50: temporary storage module; 60: display unit; and S10~S50: steps. 13