522587 五、發明說明α) 【發明領域】 本發明是有關於一種電池更新與電池效能最佳化之方 法，且特別是有關於一種電池最佳化參數更新方法。 【發明背景】 隨著電子產品 速度成長，造成採 電腦相關元件發展 說，該些元件日益 電池效應導致電池 内執行電池完全放 化唯讀記憶體（Ε 1 Read-Only Memory 然而在解決元 時，傳統上必須在 體，選擇EEPR0M在 錄電池參數的資料 例如充電參數、放 自我放電效率等， 的專業技術，因此 前進行。 儘管電池在出 包括充放電的電壓 當電壓低於該有效 的種類推陳出新， 購電池的產品製造 神速，對於配備電 增加的耗電量不易 的使用時間縮短， 電以及更新電池中 ectrically Erasa ，EEPROM )的資料 件耗電量日益增加 作業系統上另外安 電池應用軟體上的 檐案後，再對每個 電低電壓參數、充 作法相當複雜，而 傳統上電池的最佳 電池的種類也成正 商極大的負擔。尤 池的筆記型電腦來 掌握，同時，為避 所以必須在固定期 之電子式可清除程 b1e Programmable ο 對系統所形成的問 裝一套電池應用軟 儲存位置’在讀取 參數值 電效率、放電效率 且必須具備某種程 化處理係在產品出 廠Ϊ、： J池本身已經具有-些設定 數據；，丨if之參考有效數據， 马避免使用者開機，系統 比其 免間式 題 記，及度廠 ，如強 作修改 _ _一 _ 丨一522587 V. Description of the invention α) [Field of the invention] The present invention relates to a method for battery update and battery performance optimization, and particularly to a method for battery optimization parameter update. [Background of the Invention] With the rapid growth of electronic products, the development of computer-related components has been said. The increasing battery effect of these components has led to the implementation of full-battery read-only memory (E 1 Read-Only Memory) in the battery. Traditionally, EEPR0M must be selected in the field to record battery parameter information such as charging parameters, discharge and self-discharge efficiency, etc., so it is carried out before. Although the battery includes the charge and discharge voltage when the voltage is lower than the effective type, it is updated. The purchase of battery-powered products is fast, and the use time for the increase of power consumption is not easy. The power consumption of the battery and the updating of the data in the battery Erectically Erasa (EEPROM) is increasing. On the operating system, the battery application software is also installed. After the eaves case, it is quite complicated for each electric low voltage parameter and charging method, and the best type of battery has traditionally become a great burden on the quotient. You Chi's notebook computer to master, at the same time, in order to avoid the electronic erasable process b1e Programmable in the fixed period ο the system formed a set of batteries to apply a soft storage location 'in reading parameter values electrical efficiency, The discharge efficiency must have some kind of program processing. The product is shipped from the factory: J pool itself already has some setting data; and if the reference valid data, if the user avoids the user to turn on the system, the system is more inefficient than its inscription, and Degree factory, such as forced modification _ _ 一 _ 丨 One
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522587 五、發明說明（2) 迫進行關機或資料存檔的動作。然而在不同的環境因素 - 下，電壓及電流的狀態反應在電池的容量、電池充放電的 情況會隨之改變，而其設定值必須進行溫度補償才能對應 ~ 到實際上的狀態。此外，當電池在擺放一兩個月後，其設 定值亦可能會有所誤差，使用者很可能在設定值有誤差的 情況下使用電池，因此如何提供使用者針對系統狀態進行 電池最佳化更新設定（battery refresh)，已成為刻不容 緩的議題。 . 【發明目的及概述】 有鑑於此，本發明的目的就是在提供一種電池最佳化 _ 參數更新方法，除了能讓電池配合系統、環境因素以達到 最佳化的狀態，更可增加電池對於不同機種產品的相容 性，而使電池達到真正省電的功用，延長電池使用壽命。 此外，本發明更提供使用者瞬間即可完成之電池最佳化更 新程序。 根據本發明的目的，提出一種電池最佳化參數更新方 法，包括下列步驟：首先，判斷電池之種類；接著取得對 ^ 應於該種電池之電池最佳化資料；然後在解除EEPROM的保 護模式之後，更新EEPROM的資料，將電池最佳化資料寫入 EEPROM ;最後再恢復EEPROM的保護模式。 根據本發明的另一目的，提出一種電池更新設定介面 · 之操作方法，在開機並進入系統之BIOS設定選單之後，選 擇電池最佳化更新設定（battery refresh)的項目，最後522587 V. Description of the invention (2) Forced shutdown or data archiving. However, under different environmental factors-the state of voltage and current reflects the capacity of the battery and the charge and discharge of the battery will change accordingly, and its set value must be temperature compensated to correspond to the actual state. In addition, when the battery is placed for a month or two, its set value may be wrong. Users are likely to use the battery when the set value is in error. Therefore, how to provide users with the best battery for the system status. Battery refresh settings have become an urgent issue. [Objective and Summary of the Invention] In view of this, the object of the present invention is to provide a method for battery optimization_ parameter updating. In addition to allowing the battery to cooperate with the system and environmental factors to achieve an optimized state, the battery can be increased. The compatibility of different models of products enables the battery to achieve true power saving and prolong battery life. In addition, the present invention provides a battery optimization update procedure that users can complete in an instant. According to the purpose of the present invention, a method for updating battery optimization parameters is proposed, which includes the following steps: first, determining the type of battery; then obtaining battery optimization data corresponding to the battery; and then removing the protection mode of the EEPROM After that, update the EEPROM data, write the battery optimization data into the EEPROM; finally, restore the EEPROM protection mode. According to another object of the present invention, a battery update setting interface operation method is proposed. After booting and entering the system BIOS setting menu, selecting an item of battery refresh update setting, and finally
第5頁 522587 說 易細 顯詳 明作 更， 能式 點圖 優附 和所 、合 徵配 特並、 , 。的例 作目施 動述實 新上佳 更之較 池明一 電發舉 (3)之本特 ^(統讓文： 娜系為下下 ㈣行，如 i'執懂明 【較佳實施例】 本發明係將傳統上複雜的修改程序及更新步驟直接交 由B I 0S來負責執行。請參照第1圖，繪示依照本發明一較 佳實施例的一種電池更新設定介面之操作方’法流程圖。電 池更新設定介面之操作方法，包括下列程序：首先開始步 ^110 (BaSic Input/OutputPage 5 522587 said that it is easy to detail, to make detailed changes, and to be able to plot point diagrams, such as special attachments, unions, and special mergers. The example of the project is to describe the new best and better than Chi Ming Yi Dian (3) of the special feature ^ (Traditional text: Na is for the next line, such as i ' Example] The present invention directly delegates the traditionally complicated modification procedures and update steps to BI 0S for execution. Please refer to FIG. 1 to illustrate an operator of a battery update setting interface according to a preferred embodiment of the present invention. Method flow chart. The operation method of the battery update setting interface includes the following procedures: First, start step ^ 110 (BaSic Input / Output
System )设疋選早，接著於步驟12〇選 新電池EEPR0M資料的項目資#争釋叹疋選早中之更 130，執行系統之電池項丄，丄科更新完畢後，進入步驟 電量對電池作更新的動新動&作’ /彳如依據系統元件的耗 度補償，讓電池配合糸j、=據壞境因素對電池容量之溫 二。採用上述之電池$ =二，，因素以達到最佳化的情 =簡單，可於瞬間完 f，二面操作方法，操作使用相 思時保持電池最佳化】、，亚更新電池的充放電參數，而能 請參照第2圖，緣况，延長電池使用壽命。 1池最佳化參數更新會^依照本發明一較佳實施例的一種 1係在BI0S中進行並流程圖。電池最佳化參數更新方 2中，判斷電池之種接由BI0S來負責執行；首先在步驟 種頰（Battery Type )，由於每種電System) Set early selection, and then select the project data of the new battery EEPR0M data in step 12 ## Interpret sigh and select 130 in the early morning, execute the battery item of the system. After the update of the department is completed, enter the step of battery power. Update the new operation & the operation of the system / / If the compensation based on the system component consumption, let the battery match 糸 j, = the temperature of the battery capacity according to environmental factors. Using the above battery $ = 2, factors to achieve optimization = simple, can be completed in an instant f, two-sided operation method, keep the battery optimized when using Acacia] ,, sub-update battery charge and discharge parameters Please refer to Figure 2 for more information, to extend battery life. 1 pool optimization parameter update meeting ^ According to a preferred embodiment of the present invention, a 1 series is performed in BIOS and flow chart. In the battery optimization parameter update method 2, the judgment of the battery type is performed by BIOS; first, in the step Battery Type, since each type of battery
第6頁 522587 五、發明說明（4) 池，例如鋰電池、鎳氫電池等，具有不同架構，同時不同 廠牌的電池之性能亦不盡相同，因此於判斷後可針對不同 電池的特性來調整其設定值；接著於步驟2 0 4中，取得對 應於該種電池之電池最佳化資料，電池最佳化資料係取自 於具有各種電池最佳化參數資料的參數表，此外，在取得 該電池最佳化資料之後，並指向電池之參數儲存位址。然 後進入步驟2 0 6，解除EEPROM的保護模式，進入電池可程 式化狀態；於是在步驟2 0 8中，將取得之電池最佳化資料 寫入EEPROM，以更新EEPROM的資料；最後於步驟210中， 恢復EEPROM的保護模式，而完成電池最佳化參數更新。 本發明之電池最佳化參數更新方法在BIOS中執行，藉 由BIOS每一版的更新，即可導入最新的電池EEPROM的資 料，使電池之最佳化程序能於瞬間更新完畢，更可讓電池 配合系統、環境因素以達到最佳化的情況，除了可增加電 池對於不同機種產品的相容性，亦能使電池達到真正省電 的功用。 【發明效果】 本發明上述實施例所揭露之電池最佳化參數更新方 法，可針對不同電池的特性來調整其設定值，並配合系 統、環境因素以達到最佳化的情況；同時由B I 0S負責執行 且易於操作的電池更新設定介面，讓使用者瞬間即可完成 電池最佳化更新程序，此外，更可增加電池對於不同機種 產品的相容性，而使電池達到真正省電的功用，延長電池Page 6 522587 V. Description of the invention (4) The batteries, such as lithium batteries, nickel-metal hydride batteries, etc., have different architectures, and the performance of different brands of batteries is not the same. Therefore, the characteristics of different batteries can be determined after judgment. Adjust its setting value; then in step 204, obtain the battery optimization data corresponding to the battery. The battery optimization data is obtained from a parameter table with various battery optimization parameter data. In addition, in After obtaining the battery optimization data, point to the battery parameter storage address. Then enter step 206 to release the EEPROM protection mode and enter the programmable state of the battery; so in step 208, write the obtained battery optimization data to the EEPROM to update the EEPROM data; finally, in step 210 During the restoration of the EEPROM protection mode, the battery optimization parameter update is completed. The method for updating the battery optimization parameters of the present invention is executed in the BIOS. By updating each version of the BIOS, the latest battery EEPROM data can be imported, so that the battery optimization procedure can be updated in an instant, and it also allows The battery is optimized with the system and environmental factors. In addition to increasing the compatibility of the battery for different models of products, the battery can also achieve true power saving. [Effects of the Invention] The method for updating battery optimization parameters disclosed in the above embodiments of the present invention can adjust the set value for different battery characteristics, and cooperate with system and environmental factors to achieve the optimal situation; meanwhile, it is controlled by BI 0S Responsible and easy-to-use battery update setting interface allows users to complete the battery optimization update process in an instant. In addition, it can increase the compatibility of the battery for different models of products, so that the battery can achieve true power saving. Extended battery
522587 5 Μ, ，鄭 上脫 如不 露在 揭， 例者 施藝 實技 佳此 較習 一熟 以何 已任 明， 發明 本發 然本 雖定 ，限 述以 。所用 明命上非 辦壽綜並 Τ其 五使然 此 因為 ，者 飾定 潤界 與所 動圍 更範 之利 種專 各請 作申 可之 當附 ，後 内視 圍當 範圍 和範 神護 精保 之之 明明 發發。 本本準 第8頁 522587 的 例 施 實 佳 較 一 明 發 本 1照 明依 P 會 簡^Γ 圖 之 明i 1 說式第 單 簡圖 式t 圖 新 更 池 電 種 的 例 施 實 佳 較 ο 圖 程明。 ^ ^ ffl 法€程Λ法# V 之Η新 圖 面2更 介第數 定 參 設 化 佳 最 池 電 種522587 5 Μ, if Zheng Shangtuo is not exposed, for example, the skill of the art is better than the familiar one. It is already clear what the invention is, although the present invention is set, the description is limited. The use of Ming Ming's life is not comprehensive, and its five reasons are because of this, the person who decorates the Runjie and the more general types of profits should be attached to the application, and the scope of the internal view and the protection of Fanshen Zhimingfafa. The example of 522587 on page 8 of this standard is better than that of Yimingfa Ben. The illumination of 1 will be simplified according to P ^ Γ. The figure i 1 is simpler and the figure is t. Picture Cheng Ming. ^ ^ ffl 法 € 程 Λ 法 # V of the new picture 2 is introduced with the number of parameters and the best battery type