I274455 七、指定代表圖·· (一） 本案指定代表圖為：第六圖。 (二） 本代表圖之元件符號簡單說明·· S61、S62 :流程步驟。 \本案若有化學式時，請揭示最能顯示發明特徵的化學式： 九、發明說明： _ 【發明所屬之技術領域】I274455 VII. Designation of Representative Representatives (1) The representative representative of the case is: Figure 6. (2) A brief description of the component symbols of this representative diagram·· S61, S62: Process steps. \If there is a chemical formula in this case, please reveal the chemical formula that best shows the characteristics of the invention: IX. Description of the invention: _ [Technical field to which the invention belongs]
=發明揭露一種能源系統及其管理方法，特別是 處理模：合、?:j，換能源供應單元供給主要功 杈、、且一運作能源的系統及其管理方法。 【先剞技術】 的推ιϊ::技：：新月異’在可攜式裝置的研發上不斷 數位攝影機、數位照相機、個人數位助理、 ，更發展出整合兩=== 手機及含照二能：手機、含數位音樂撥放器的 的可攜式裝置^乎匕# °然而’上述各式 單”給各個功能操作所需要的有 明茶閱第一圖，係 、 供電模式示意圖。圖中:電池供u嵩f裝置之電池 通訊功能12、攝影：、上:拉式包含有電池η、 他應用功能15，, 1、數位音樂撥放功能14及其 Μ ，电池U將電能供應給通訊功能 1274455 ' 12、攝影功能13、數位音樂撥放功能14及其他應用功 能15耗能之用，而電池11中電能耗盡即無法繼續供給 應用功能當中主要的功能維持操作的電力。 目前的手機中大多有整合照相功能，如以習知供電 模式如果使用者沒注意到電池的電量或是一直使用手 ' 機的攝影功能或其他應用功能，往往將手機電池電量用 ‘ 盡而不自知，直到需要撥打電話時才發現因為電量不足 無法撥打，此時，如果有緊急事情的話將造成很大的不 方便。 • 因此，為維持主要功能運作的能源供給，實為廣大 民眾所殷切盼望及本發明人念茲在茲者，而本發明人基 於多年從事能源系統的研究開發與諸多實務經驗，乃思 及改良之意念，窮其個人之專業知識，並且經多方研究 設計與專題探討，至此提出一種能源系統及其管理方法 以作為上述期望一實現方式與依據。 【發明内容】 _ 本發明係揭露一種能源系統，包含一第一能源供應 單元、一第二能源供應單元、一主要功能處理模組、至 少一次要功能處理模組以及一控制模組，其中，控制模 組可為一控制元件係切換第一或第二能源供應單元之 一能源儲量，以供應主要功能處理模組之一運作能源， 且次要功能處理模組之一運作能源係供應自第二能源 供應單元。另外，第一能源供應單元及一第二能源供應 單元可為一電池，且，主要功能處理模組可為通訊功 能，而次要功能處理模組可為攝影功能或數位音樂撥放 5 1274455 功能或其他應用功能。 元、！二一能源，系統，包含至少-能源供應單 控制模組，H且制】:能處理模組以及-供應置分、工、、且可為一控制程式係設定能源 主要功能處理模組可Ai甬邙从At J馮兒池，且， 可為摄#μt 力能，而次要功能處理模組 本务明所揭露之一種能源管理方法，人一 制板組以監控一第一能 p工 错-丄 “平凡及一弟二能源供鹿 =之-能源儲量，並藉由控制二 -運作能源。同時更提二、應：主要功能處理模組之 -及第二能源供應；元程式，且’第 組可為通訊功能，次要而主要功能處理模 位音樂撥放功能或其他應用功能。 冑〜力月匕或數 成之U”員對本發明之技術特徵及所達 成之功效有更進一步之昤缻叙切祕 ^ 實施例及相關圖式以為辅佐下文€提供較佳之 配合說明如後。㈣佐之用’並以詳細之說明文字 1274455 【實施方式】 以下將參照相關圖式，說明依本發明較佳實施例之 一種能源系統及其管理方法，其中相同的元件將以相同 的參照符號加以說明。 請參閱第二圖，係為依據本發明之一實施例之能源 系統之示意圖。圖中，能源系統包含有第一能源供應單 元21、第二能源供應單元22、通訊功能12、攝影功能 13、數位音樂撥放功能14、其他應用功能15及控制模 組23，其中，控制模組23為一控制元件用以配置第一 能源供應單元21供給通訊功能12耗能之用，配置第二 能源供應單元22供給攝影功能13、數位音樂撥放功能 14及其他應用功能15耗能之用，更可經由控制模組23 切換第二能源供應單元22給通訊功能12耗能之用。 接續請參閱第三圖，係為第二圖所示實施例中控制 模組之控制流程圖。圖中，由控制模組將第一能源供應 單元供應給通訊功能及第二能源供應單元供應給攝影 功能、數位音樂撥放功能及其他應用功能使用S31，並 監控第一及第二能源供應單元各自的能源儲量S32。接 著當其中之一能源供應單元的能源儲量耗盡S33時，判 別是第一能源供應單元或第二能源供應單元的能源儲 量耗盡S34。當第一能源供應單元的能源儲量耗盡S35 時，則由控制模組切換第二能源供應單元以供給通訊功 能能源或對第一能源供應單元充電S351，並顯示一提 醒訊息告知第一能源供應單元已耗盡S352;若是第二 能源供應單元的能源儲量耗盡S36時，則顯示一提醒訊 息告知第二能源供應單元已耗盡將無法使用攝影功 1274455 能、數位音樂撥放功能及其他應用功能S361。 請參閱第四圖，係為依據本發明之另一實施例之能 源系統之示意圖。圖中，能源系統包含有能源供應單元 41、通訊功能12、攝影功能13、數位音樂撥放功能14、 其他應用功能15及控制模組42，其中，控制模組42 為一控制程式用以配置能源供應單元41供給通訊功能 12、攝影功能13、數位音樂撥放功能14及其他應用功 能15耗能之用，同時，設定能源供應單元41之能源儲 量一能源位準為門檻值，當控制模組42監控到能源儲 量低於門檻值時，則僅供應能源給通訊功能12耗能之 用，並停止供應能源給攝影功能13、數位音樂撥放功 能14及其他應用功能15以減少能源消耗。 接續請參閱第五圖，係為第四圖所示實施例中控制 模組之控制流程圖。圖中，由控制模組配置能源供應單 元供應給通訊功能、攝影功能、數位音樂撥放功能及其 他應用功能使用S51，並監控能源供應單元的能源儲量 S52。接著當能源供應單元的能源儲量低於一門檻值S53 時，則由控制模組控制能源供應單元僅供給通訊功能能 源S54，並顯示一提醒訊息告知將無法使用攝影功能、 數位音樂撥放功能及其他應用功能S55。 請參閱第六圖，係為本發明之一種能源管理方法流 程圖，其中包含提供一控制模組以監控一第一及第二能 源供應單元之能源儲量S61，以及藉由控制模組切換第 一或第二能源供應單元之能源儲量，以供應一主要功能 處理模組之運作能源S62。而控制模組可以是控制元件 或控制程式，且，第一及第二能源供應單元可為電池， 1274455 而主要功能處理模組可為通訊功 音，功能或其他應用功能係為 由弟二能源供應單元供應其運作能源。 处果、、且 雖然本發明已以較佳實施例揭露如上，⑦ m”:圍内，當可作各種之更動與调飾，因此本發明 呆4摩巳圍當視後附之申請專利m圍所界定者為準。 【圖式簡單說明】 技藝中可攜式裝置之電池供電模式示意圖 明之—實施例之能源系統之示意圖; 笛：Ξ ί弟二圖所示實施例中控制模組之控制流程圖； μ圖係為，據本發明之另一實施例之能源系統之示意圖 :五圖係為第四圖所示實施例中控制模組之控制流程圖； 弟六圖係為本發明之一種能源管理方法流程圖。 【元件符號說明】 11 :電池； 12 :通訊功能； 13 :攝影功能； 14 :數位音樂撥放功能； 15 :其他應用功能； 21 :第一能源供應單元； 2 2 ·第二能源供應單元； 23 :控制模組； S31 〜S36、S351、S352、 S361 :流程步驟； 41 :能源供應單元； 42 :控制模組； S51〜S55 :流程步驟；以及 S61、S62 :流程步驟。The invention discloses an energy system and its management method, in particular, a processing module: a combination of a power supply unit, and a system for managing energy and a management method thereof. [剞剞技术] The push of ϊ::Technology::New Moon's in the development of portable devices, digital cameras, digital cameras, personal digital assistants, and more developed integration === mobile phone and photo 2 Can: mobile phone, portable device with digital music player ^ 匕 # ° However, 'the above-mentioned various singles' for each function operation required to read the first picture, system, power supply mode diagram. : Battery for u嵩f device battery communication function 12, photography:, top: pull type contains battery η, his application function 15, 1, digital music playback function 14 and its battery, battery U supplies power to communication Function 1277445 '12, photography function 13, digital music playback function 14 and other application functions 15 consume energy, and the exhaustion of power in the battery 11 can not continue to supply the main function of the application function to maintain the operation of the power. Most of them have integrated camera functions. For example, in the conventional power supply mode, if the user does not notice the battery power or has been using the camera function or other application functions of the hand, the battery power of the mobile phone is often used. I didn't know it until I needed to make a call and found that I couldn't make a call because of the lack of power. At this time, if there is an emergency, it will cause great inconvenience. Therefore, in order to maintain the energy supply for the main function, it is really The people are eagerly awaiting and the inventor is here, and the inventor is based on years of research and development of energy systems and many practical experiences, thinking and improving ideas, poor personal expertise, and research and design by multiple parties. In view of the topic, an energy system and its management method are proposed as the implementation and basis of the above-mentioned expectation. [Abstract] The present invention discloses an energy system including a first energy supply unit and a second energy supply unit. a main function processing module, at least one functional processing module, and a control module, wherein the control module can switch one energy storage quantity of the first or second energy supply unit for a control component to supply main functions One of the processing modules operates energy, and one of the secondary functional processing modules operates the energy system. The second energy supply unit. The first energy supply unit and the second energy supply unit may be a battery, and the main function processing module may be a communication function, and the secondary function processing module may be a photography function or Digital music player 5 1274455 function or other application functions. Yuan, ! 21 energy, system, including at least - energy supply single control module, H and system: can handle modules and - supply placement, work, and The main function processing module for a control program can be set up from At J Fengerchi, and can be used for the #μt force, and the secondary function processing module is a kind of energy management disclosed by the service. The method is to control the first energy p-fault - "the ordinary and the second energy to supply the deer = the energy reserves, and by controlling the second - operating energy. At the same time, it should be mentioned that: the main function processing module - and the second energy supply; the meta-program, and the 'group can be the communication function, the secondary and the main function handles the analog music play function or other application functions.胄 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力 。 。 。 。 。 。 。 。 。 。 。 。 (4) The use of 'and the detailed description of the text 1274845 [Embodiment] Hereinafter, an energy system and a management method thereof according to a preferred embodiment of the present invention will be described with reference to the related drawings, wherein the same elements will be given the same reference numerals. Please refer to the second figure, which is a schematic diagram of an energy system according to an embodiment of the present invention. The energy system includes a first energy supply unit 21, a second energy supply unit 22, a communication function 12, and photography. The function 13, the digital music playback function 14, the other application function 15 and the control module 23, wherein the control module 23 is a control component for configuring the first energy supply unit 21 to supply the communication function 12 for energy consumption, and the configuration The second energy supply unit 22 supplies the photographing function 13, the digital music playing function 14 and other application functions 15 for energy consumption, and can switch the second through the control module 23. The energy supply unit 22 consumes energy for the communication function 12. For the connection, please refer to the third figure, which is a control flow chart of the control module in the embodiment shown in the second figure. In the figure, the first energy supply is provided by the control module. The unit supplies the communication function and the second energy supply unit to the photographing function, the digital music dialing function and other application functions using the S31, and monitors the respective energy reserves S32 of the first and second energy supply units. Then one of the energy sources When the energy reserve of the supply unit is depleted by S33, it is determined that the energy reserve of the first energy supply unit or the second energy supply unit is exhausted S34. When the energy reserve of the first energy supply unit is exhausted by S35, the control module switches The second energy supply unit supplies the communication function energy or charges the first energy supply unit S351, and displays a reminder message that the first energy supply unit has exhausted S352; if the energy storage of the second energy supply unit is exhausted S36, Then, a reminder message is displayed to inform the second energy supply unit that the second energy supply unit is exhausted, and the photography work 1274055 can be disabled, the digital music playback function and Application function S361. Please refer to the fourth figure, which is a schematic diagram of an energy system according to another embodiment of the present invention. The energy system includes an energy supply unit 41, a communication function 12, a photography function 13, and a digital music player. The function 14, the other application function 15 and the control module 42, wherein the control module 42 is a control program for configuring the energy supply unit 41 to supply the communication function 12, the photographing function 13, the digital music play function 14 and other application functions 15 For energy consumption, at the same time, the energy reserve-energy level of the energy supply unit 41 is set to a threshold. When the control module 42 monitors that the energy reserve is lower than the threshold, only the energy is supplied to the communication function 12 for energy consumption. And stop supplying energy to the photography function 13, the digital music playback function 14 and other application functions 15 to reduce energy consumption. For the connection, please refer to the fifth figure, which is the control flow chart of the control module in the embodiment shown in the fourth figure. In the figure, the control module configures the energy supply unit to supply the communication function, the photographing function, the digital music dialing function and other application functions using S51, and monitors the energy supply unit's energy reserve S52. Then, when the energy storage unit's energy reserve is lower than a threshold S53, the control module controls the energy supply unit to supply only the communication function energy S54, and displays a reminder message that the photography function, the digital music playback function, and the Other application functions S55. Please refer to the sixth figure, which is a flow chart of an energy management method according to the present invention, which includes providing a control module for monitoring energy reserves S61 of a first and second energy supply unit, and switching the first by the control module. Or the energy reserve of the second energy supply unit to supply the operating energy S62 of a main functional processing module. The control module can be a control component or a control program, and the first and second energy supply units can be batteries, 1274455 and the main functional processing module can be a communication power function, function or other application function is the second energy source. The supply unit supplies its operating energy. The present invention has been disclosed in the preferred embodiment as above, 7 m": within the circumference, when various changes and adjustments can be made, the present invention is attached to the patent application m. The definition of the enclosure is subject to the following. [Simplified description of the diagram] The schematic diagram of the battery power supply mode of the portable device in the art is shown in the figure - the schematic diagram of the energy system of the embodiment; the flute: Ξ ί 二Control flow chart; μ diagram is a schematic diagram of an energy system according to another embodiment of the present invention: the fifth diagram is a control flow chart of the control module in the embodiment shown in the fourth figure; A flowchart of energy management methods. [Component Symbol Description] 11: Battery; 12: Communication function; 13: Photography function; 14: Digital music playback function; 15: Other application functions; 21: First energy supply unit; 2 · second energy supply unit; 23: control module; S31 ~ S36, S351, S352, S361: process steps; 41: energy supply unit; 42: control module; S51~S55: process steps; and S61, S62 : Process steps.