TW200521658A - Power consumption monitoring system - Google Patents
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200521658 五、發明說明(1) __ 【發明所屬之技術領i或】 /本發明係有關耗電 糸統中之一耗電量監泪彳系糸統,尤指一種被設在一主 系統所設之次系统之知二統’該耗電量監測系統可對該主 1、几又粍電 發生異常耗電量時, I ’進行監控,以在該等次系統 ^主糸統提出警示訊息。 【先前技術】 按,隨著電腦之中央戊口。 U n i t,簡稱:c p u )的逮户处理器(Central Processing 驚人,尤其是,在英特來越快,其發熱量也越來越 在之後,中央處理器的熱^,推出型號48 6之中央處理器 腦系統的穩定度造点托 就 直居咼不下,而對整個電 是故障,對該中央處理哭合备。但風扇如果風力不足或 則中央處理器直接燒毁了 "有彳艮大的影響,輕則當機,重 因此’為了防止出·頊、w疮 一 大邻分的*毺4 + 見,里度過向或是風扇停止之情況, 大4刀的主機板都有很完替 中央處理器溫度、李统、、”::狀況&視程<,包括了 ,^ ^ ^ ^ 充/服度、中央處理器之風扇轉速、中 ;二? : I堅狀況、輸出入電壓狀況等等。而這些監視程 式除了和基本輸出入系統(BI〇s)配合之外,大部分的主機 板,1也會撰寫軟體來配合監視或是保護,讓中央處理器 及笔如系統能永遠在安全無憂的情況下正常運作。 例如·由奂特爾(Intei)、微軟(Micr〇s〇ft)及東芝 (Toshiba)公司所共同開發的進階組態與電源介面 (Advanced Configuration and P〇wer Interface ,簡200521658 V. Description of the invention (1) __ [Technical field or to which the invention belongs] / The present invention relates to one of the power consumption systems, the power consumption monitoring system, especially a system installed in a main system. Known secondary systems of the secondary system 'The power consumption monitoring system can monitor the abnormal power consumption of the primary and secondary power sources, and I' monitors the system to provide a warning message in the secondary system . [Previous technology] Press, following the central mouth of the computer. U nit (referred to as cpu) 's Central Processing is amazing, especially, the faster the Intel, the more heat it generates, and the heat of the central processor is introduced. The stability of the processor's brain system can't stand up, but it is faulty for the entire electricity, and the central processing unit is ready. But if the fan is insufficient, the central processing unit will be directly burned. A big impact, light down the crash, and heavy, so 'To prevent the emergence of 顼 顼, w sore neighbours * 毺 4 + see, the direction to go inside or the fan stopped, the main board of the big 4 knife has Very complete for CPU temperature, Li Tong, ":: Condition & Vision <, including, ^ ^ ^ ^ charge / service, CPU speed of the CPU, medium; two ?: I firm status, I / O voltage status, etc. In addition to these monitoring programs cooperating with the basic input / output system (BI0s), most motherboards, 1 will also write software to cooperate with monitoring or protection, allowing the central processor and pen If the system can always operate normally in a safe and worry-free situation For example · a Huan Patel (Intei), Microsoft (Micr〇s〇ft) and Toshiba (Toshiba) the company jointly developed the Advanced Configuration and Power Interface (Advanced Configuration and P〇wer Interface, Jane
200521658 五、發明說明(2) 稱:ACP I ),進階組態與電源介面使得作業系統 (〇p e r a t i n g S y s t e m,簡稱·· 0 S)能夠依照一定的方式管理 週邊設備的用電情形,例如:硬碟或螢幕在使用者超過一 段特定時間,沒有使用時,即進入省電模式,或者停止運 作,直到使用者再度使用,須特別注意的是,作業系統使 用進階組態與電源介面管理週邊設備時,週邊設備必須有 符合進階組態與電源介面規範,才能運作。 另外,現今微處理器之生產製造及研發商,不斷地推 出處理速度更快,功能更多的微處理器之情況下,筆記型 電腦電力消耗也成正比增加,從而迫使筆記型電腦之製造 業者,必需研發出更高效率之電池電源及電源管理技術, 但是,一般的筆記型電腦終端使用者,都是希望產品具備 短小輕薄之特點,若是以加大電池之體積,用以增加電 源,將與使用者需求背道而驰,所以,在不增加電池體積 及重量之前提之下,要如何增長電池壽命呢? 目前業界有二個方法:(一)在電池化學方面,由電池 本身材質著手,藉由開發不同的材質來達到此一目的; (二)由增進更高效率的電池管理技術著手。以下將針對一 般筆記型電腦之製造業者,最容易處理之電池管理技術, 進行說明: 目前,筆記型電腦所配備的電池,大都已具有「智慧 型電池技術」,該智慧型電池技術能夠提供極精確的控制 電池容量飽和度,而運用「智慧型電池技術」之電池,必 須包含電$累積感應裝置’溫度感應裝置’逛有其他感測200521658 V. Description of the invention (2): ACP I), advanced configuration and power interface enable the operating system (Operating System, abbreviated ... 0 S) to manage the power consumption of peripheral equipment in a certain way, such as : The hard disk or the screen enters the power saving mode when the user is not used for a certain period of time, or stops operating until the user re-uses it. It is important to note that the operating system uses advanced configuration and power interface management. For peripheral devices, the peripheral devices must meet advanced configuration and power interface specifications to operate. In addition, today's microprocessor manufacturers and developers continue to introduce microprocessors with faster processing speeds and more functions, and the power consumption of notebook computers has also increased proportionally, forcing notebook computer manufacturers. It is necessary to develop more efficient battery power and power management technology. However, general notebook computer end users want products to be short and thin. If the size of the battery is increased to increase the power supply, It runs counter to the needs of users, so how to increase battery life without increasing the volume and weight of the battery? At present, there are two methods in the industry: (1) in battery chemistry, starting with the material of the battery itself, and developing different materials to achieve this purpose; (2) starting with the promotion of more efficient battery management technology. The following is a description of the easiest battery management technology for general notebook computer manufacturers: At present, most of the batteries equipped in notebook computers have "smart battery technology", which can provide extremely Accurate control of battery capacity saturation, and the battery using "smart battery technology" must include electricity accumulation sensor "temperature sensor" and other sensors
第6頁 五、發明說明(3) 五、發明說明(3) 裝置以精確 該電池 Management 通,該系統 面,該電池 型電池當時 的電、何時 上。換言之 報資料,儲 報本身的狀 綜上所. 放電的操控. 的使用狀態 理週邊設備 時,即進入 用,才會恢 惟,對 夠負載作業 (Hardware) 之耗電量是 使得電腦可 異常狀況時 電腦損壞, 池容量及系 只著重於電池充 者了解電池目前 照一定的方式管 時間,沒有使用 到使用者再度使 之功率,是否能 )及硬體 應用程式及硬體 何相應的對策, 载或耗電量發生 機,甚至是整個 故’除了監控電 另一種監控耗電 充電週期末端所發生的變化。 一種系統經理匯流排(System 簡稱·· SMBus)和系統及充電器互作溝 流排係以I 2C為操作原理之一種雙線介 個功成後’系統或充電器便可了解智慧 、電流何時可以充完、電池可以充多少 耗盡等訊息,而且準確率可達9 8 %以 慧型電池連結在SMBus介面上後,可回 的狀態,回報錯誤,接受參數調整,回 前的智慧型電池技術, r電池容量等,提供使用 :階組態與電源介面則依 •邊備在超過^-段特定 式’或者停止運作,直 供電。 或電源供應器所能提供 應用程式(Appl i cat i〇n 量’或監控作業系統、 何異常狀況,都未有任 池或電源供應器無法負 被迫中斷作業或發生當 使用者使用上之困擾田 監視程式之外,若能有 200521658 五、發明說明(4) 量狀況之方法,可以讓使用者很清楚地知道,電腦作業時 之耗電量,以因應無法預測的工作負荷,應付尖峰工作負 荷、提高工作效率、有效運用設備、以及降低耗電量,甚 至在不同型式之組合下,可判斷電池或電源供應器是否足 以負荷整個系統,而對各個應用程式及硬體,進行開關控 制,使得電源供應達到最大效盈5並可延長電源供應裔之 使用壽命,及令電腦保持在正常耗電量下,進行操作,相 信是在此一技術領域中極大的一項突破。 【發明内容】 有鑑於此,為改進習用之缺點,發明人經過長久努力 研究與實驗,終於開發設計出本發明之一種耗電量監測系 統,該耗電量監測系統可在一主系統所設之各次系統,進 行運作模式切換時,監測各該次系統是否發生異常耗電 量,並在發生異常耗電量時,該耗電量監測系統可對該主 系統提出警示訊息,如此,使用者可根據該警示訊息,提 出相應對策,而可免於主系統發生突然被迫中斷作業之現 象。 為便 貴審查委員能對本發明之目的、形狀、構造裝 置特徵及其功效,做更進一步之認識與瞭解,茲舉實施例 配合圖式,詳細說明如下: 【實施方式】 本發明係一種耗電量監測系統,請參閱第1圖所示,Page 6 V. Description of the invention (3) V. Description of the invention (3) The device is accurate to manage the battery, the system, and when the battery-type battery was powered on. In other words, report the information, store the report itself. The control of the discharge. The state of use of the peripheral equipment will be restored when it is used, and the power consumption of the hardware can make the computer abnormal. When the computer is damaged, the capacity of the battery and the system are only focused on the battery charger. The battery is currently being managed in a certain way, and the user has not used the power again. Is it possible?) And the hardware applications and the corresponding countermeasures. The load or power consumption generator, or even the entire fault 'in addition to monitoring electricity, monitors the changes that occur at the end of the charging cycle. A system manager bus (System for short SMBus) interacts with the system and the charger. The drain bus is based on I 2C as a two-wire operation principle. After the system or charger understands the wisdom and when the current It can be recharged, the battery can be recharged, and the accuracy rate can reach 98%. After connecting the smart battery to the SMBus interface, it can return to the state, report the error, accept the parameter adjustment, and return to the previous smart battery. Technology, r battery capacity, etc., are provided for use: the stage configuration and power interface are based on the "side-specific" over the ^-segment specific mode or stop operation, and direct power supply. Or applications provided by the power supply (Appl i cat i〇n volume) or monitoring of the operating system, any abnormal conditions, no pool or power supply can not afford to be forced to interrupt operations or occur when users use the In addition to the troubled field monitoring program, if there is a method of 200521658 V. Description of the invention (4) The method of measuring the quantity, the user can know clearly the power consumption during the computer operation to cope with the unpredictable workload and cope with spikes Work load, improve work efficiency, effectively use equipment, and reduce power consumption, even under different types of combinations, you can determine whether the battery or power supply is sufficient to load the entire system, and switch on and off each application and hardware It is believed that it is a great breakthrough in this technical field to make the power supply reach the maximum efficiency of 5 and prolong the service life of the power supply and keep the computer operating under normal power consumption. In view of this, in order to improve the shortcomings of conventional practice, the inventor finally developed and designed this book after long-term research and experiment. A power consumption monitoring system of the Ming Dynasty can be used to monitor the abnormal power consumption of each system when the operating mode is switched in each of the primary systems provided by the main system. During the measurement, the power consumption monitoring system can provide a warning message to the main system. In this way, the user can propose corresponding countermeasures based on the warning message, and avoid the sudden forced interruption of the operation of the main system. The reviewing committee can further understand and understand the purpose, shape, structural device features and effects of the present invention, and the following examples and drawings are used to explain in detail: [Embodiment] The present invention is a power consumption monitoring system Please refer to Figure 1,
200521658 五、發明說明(5)200521658 V. Description of Invention (5)
係在一主系統1中設有至少一個次系統2及一耗電量監測系 統3,其中該等次系統2設有至少一個運作模式,且可在該 等運作模式間進行切換,而該耗電量監測系統3係可在各 該次系統切換運作模式時,判斷各該次系統2是否有異常 耗電量,以便在各該次系統2發生異常耗電量時,該耗電 量監測系統3可對該主系統1提出警示訊息,如此,使用者 可根據該警示訊息,提出相應對策,而可免於主系統1發 生突然被迫中斷作業之現象。 X 在本發明之—較佳實施例中,復請參閱第1圖所示, Ξ ί 2監:ί統3係包括一耗電量對照表30及-電源管 作模式之一==電量對照表3 0係設有各該次系統2所有運 所示二俾任」:耗電量3〇2(如第2涵所示),請參閱第3圖 單元32將依下;;之運作模式被切換時,該電源管理 〜步驟進行處理·· (3 0 1 )查詢出 耗電量; X人^、統2在運作模式被切換前後之實際 (3 0 2 )將該切拖i 一 電量相比較,以取二則之貫際耗電量與該切換後之實際耗 ( 3 0 3 )利用該^實際變化值; 作模式被切換前後之毛:表30 ’查詢出該次系統2在運 (旦304)將該切換前之上,3。2 ; I· 耗電里3 0 2相比較,以取π 耗電量3 0 2與該切換後之預估 (305)判斷該實際變預估變化值; 若是依步驟.(3 0 6 )進行,否^與預估變化值是否不一致, 則依步驟(3 0 7 )進行; 200521658 丨丨丨· » _ 五、發明說明(6) ( 3 0 6 )即認定各該次系統2有異常耗泰旦 ' 系統1提出警示訊息; 兒I,而可對該主 (3 0 7 )依一般作業方式繼續進行處理 該實施例中,該預估耗電量3〇2 。 運作模式下,進行運作時,反覆量測該:欠人系統2分別在各 所a丁疋之,由於,該等次系統2在任一糸統2之耗電量 被量測到之耗電量並不一致,都合 作模式下,每次 若將該預估耗電量3 0 2以—固定9右干的誤差值存在, 是否有異常現象發 表示,並作為判斷 !系統,以以該 上限合許誤差值及下限容許古吳 上土耗甩嚴、 302是介於該基本 ° ,而該預估耗電量 基本耗帝旦兩與上限容許誤差值之和, I本耗兒里與下限容許誤差值 以△ U及該 示,俾該電源管理單元32 @ # 日,明芩閱第4圖所 2之運作楛々、/ 2將依下列步驟,判斷Λ 下模式破切換時,菩不:亡 次手纪 (401)杏#山 '否有異常耗電量產生·· 統 耗電量; μ隹連作杈式被切換前後之實ρ (4 0 2 )將遠切換前之實旦 電量相比較,以跑π 貝I不耗兒里與该切換後之實 平乂 以取仔一貫際變化值; 錢際耗 作模(二3)+利用」亥耗電量對照表3〇,查詢出該次“ 、式破切換前後之預估耗電量3 0 2; 乐、'先2在運 耗電(:::Τ切換前之預估耗電量3〇2與該切換後夕 -里302相比較’以取得一預估變化值;$後之預估 m 第10頁 200521658 ' 五、發明說明(7) (4 0 5 )判斷該實際變化值9 内,若是依步驟(4 0 6 )進行,S 不在預估變化值之範圍 (40 6 )即認定各該次系統2有則里依^步驟^(4胃09)進行; 際變化值是否為超出該基本耗♦ ^ #耗電置’再判斷該實 和,若是依步驟(40 7)進行,否包里與上限容許誤差值之 (侧可對該主系統1提出以進行; 化值之警示訊息; Θ k、交化值超出該預估變 (4 0 8 )可對該主系統1接ψ好一 化值之警示訊息; 〜貫際變化值低於該預估變 ( 40 9 )依一般作業方式繼續進行處理。 由於,该次系統2之運作模式被 化值與預估變化值之差距太大日车J,r右孩κ際變 統1诰忐旦彡鄉 ^ . 〃太大4 ’该次糸統可能會對主系 電量對/^’φ5\茶閱第2圖所示’故在該實施例巾,該耗 i ::中尚設有-預估極限耗電量304 ’該預估極 旦次系統2之耗電量被反覆量職,係訂出 ΡΡ紅φ ^電里 極大疾差值及極小誤差值,而該預估極 ^ Υ里3 0 4是介於該基本耗電量與極大容許誤差值之 二’ u及-該基本耗電量與極大容許誤差值之差間,請參閱 f +圖胃所不’俾該電源管理單元32認定各該次系統2有異常 毛兒s後’將依下列步驟進行處理: 3()4 ( =1)判斷該實際變化值是否不在該預估極限耗電量 進4之·乾圍内’若是依步驟(5 0 2 )進行,否則依步驟(5 〇 3 ) ( 5 0 2 )立即由要求該主系統1停止該次系統2之運作; 第11頁 200521658 五、發明說明(8) (5 0 3 )再判斷該實際變化值是否為超出該美 與上限容許誤差值之和,若是依步驟(5〇 電量 步驟(5 0 5 )進行; 丁 否則依 ( 5 04 )可對該主系統i提出該變 化值之警示訊息; 值文出5亥預估變 估變 (5〇5)可對該主系統!提出該實際變化 化值之警示訊息。 % %邊 在該等實施例中,請參閱第1圖所示,該主4 =電子產品(如:電腦、手機或個人數位助理器二等可為A primary system 1 is provided with at least one secondary system 2 and a power consumption monitoring system 3, wherein the secondary systems 2 are provided with at least one operation mode, and the operation modes can be switched among these operation modes. The power monitoring system 3 can determine whether each of the secondary systems 2 has abnormal power consumption when the operating mode of each secondary system is switched, so that when the abnormal power consumption of each secondary system 2 occurs, the power consumption monitoring system 3, a warning message can be provided to the main system 1, so that the user can propose corresponding countermeasures based on the warning message, and the main system 1 can be prevented from being suddenly forced to interrupt the operation. X In the preferred embodiment of the present invention, please refer to FIG. 1 again. 2 2 monitors: 3 systems include a power consumption comparison table 30 and-one of the power tube operation modes == power comparison Table 3 0 is equipped with two tasks for each system 2 ": power consumption 302 (as shown in Figure 2), please refer to Figure 3 Unit 32 will follow ;; operation mode When it is switched, the power management ~ steps are processed ... (3 0 1) Query the power consumption; the actual number of people X and ^ 2 before and after the operation mode is switched (3 0 2). In comparison, the actual power consumption after the switch and the actual power consumption after the switch (3 0 3) are used to make use of the actual change value; the gross value before and after the operation mode is switched: Table 30 'Query the current system 2 at Yun (Dan 304) compared the above before the switch, 3.2; I · power consumption 3 2 2 to determine π power consumption 3 2 2 and the estimated after the switch (305) to determine the actual change Estimated change value; if it is performed in accordance with step (3 0 6), if no ^ is not consistent with the estimated change value, proceed in step (3 0 7); 200521658 丨 丨 丨 · »_ 5. Description of the invention (6) (3 0 6) Subsystem 2 denier abnormal consumption HO '1 proposes a system alert message; children I, but may continue processing this embodiment the primary (307) under normal operation mode, the power consumption estimated 3〇2. In the operating mode, during the operation, the measurement is repeated: the system of the owing person 2 is in each of the offices, because the measured power consumption of the system 2 in any system 2 is not consistent. In the cooperative mode, if the estimated power consumption of 3 0 2 is fixed at -9 right each time, if there is an abnormal phenomenon, it will be indicated as a judgment! The system will allow the error to the upper limit. The value and lower limit allow the ancient Wu upper soil consumption to be severe, 302 is between the basic degrees, and the estimated power consumption is basically the sum of the two and the upper limit allowable error value. Take △ U and the indication, 俾 the power management unit 32 @ # sun, read the operation of Figure 2 in Figure 4/2 will follow the following steps to determine when Λ mode is broken and switched, do not: death times Shouji (401) apricot # 山 'whether there is an abnormal power consumption. · System power consumption; μ 隹 Continuous ρ (4 0 2) before and after the switching is compared with the real power before switching, Take π to beat I and do n’t waste the same amount of money after the switch to get the consistent change in value; the money is used as a model (2) + Use the "Hai Power Consumption Comparison Table 30" to find out the estimated power consumption before and after the switchover of the "," type 3 2 0; Le, 'Xian 2 in operation power consumption (::: T estimates before switching Compare power consumption 302 with the eve-li 302 after the switch 'to get an estimated change; the estimated m after $ p. 20052005658' V. Description of the invention (7) (4 0 5) Within the actual change value 9, if it is performed according to step (4 0 6), S is not within the range of the estimated change value (40 6), it is determined that each of the systems 2 has a step ^ step ^ (4 stomach 09); Whether the value of the change exceeds the basic power consumption ^ ^ #Consumption of electricity is used to determine the real sum. If it is performed according to step (40 7), whether it is the value of the tolerance between the upper limit and the upper limit. ; Warning value of the value; Θ k, the value of the cross value exceeds the estimated change (4 0 8) can be a warning message to the main system 1 a good value; ~ the value of the change is lower than the estimated change (40 9) Continue processing according to the general operation method. Because the difference between the value of the operating mode of the system 2 and the estimated change value is too large ^. 〃 is too large 4 'This time the system may have a pair of main system power / ^' φ5 \ Tea reading shown in Figure 2 'Therefore, in this embodiment, the consumption i :: still has-estimate Extreme power consumption 304 'The estimated power consumption of the system 2 is repeatedly measured, and the PP red φ ^ is the maximum difference and the minimum error value of the electricity, and the estimate is ^ Υ 3 0 4 is between the basic power consumption and the maximum allowable error value, u and-the difference between the basic power consumption and the maximum allowable error value, please refer to f + the figure of what the power management unit 32 After determining that the system 2 has abnormal hair s, each time 'will be processed according to the following steps: 3 () 4 (= 1) to determine whether the actual change value is not within the estimated limit power consumption into 4 · dry range' If it is performed according to step (502), otherwise it is performed according to step (503) (502) immediately requesting the primary system 1 to stop the operation of the secondary system 2; page 11 200521658 V. Description of the invention (8) ( 5 0 3) Then judge whether the actual change value is the sum of exceeding the US and the upper limit allowable error value, if it is performed according to step (50 power step (5 0 5)); otherwise, it is based on (5 04 ) A warning message of the change value can be provided to the main system i; the estimated value (505) can be issued to the main system! Provide a warning message for the actual change. %% 边 In these embodiments, please refer to Figure 1, the main 4 = electronic products (such as: computer, mobile phone or personal digital assistant can be
System) ’而該次系統2為可在該作掌乍 Γ ,應用軟體(APPLICATI0N)及硬體(主機板4 皿曰/月既、冤幂···等),且該次系統2分別設有一次系絲立 估極限耗電量3 0 4,該電源管理單元32可 μ人先耗電量表20,以取得該等次系統2在各運作 ^下之預估耗电畺3 0 2及預估極限耗電量3 0 4,並將所取 :=古耗電量3 0 2及預估極限耗電量3〇4填入該耗電量對 、中俾便§亥電源管理單元3 2可由該耗電量對照表 取,該預估耗電量3〇2及預估極限耗電量3 0 4,而不用 :=去項取次糸統2,在本發明巾,該次^統耗電量表2〇 肉σ、’扁輯在,應用軟體内,或編輯在該硬體之驅動程序 s ±如此,该應用軟體或硬體可輕易的建立該次系統耗電 ϊ 表20。 在該等實施例中,該耗電量監測系統3尚包括一使用System) 'and this time system 2 can be used in this work, application software (APPLICATI0N) and hardware (main board 4 皿 / month, wrong power ...), and this time system 2 is set separately There was a time when the limit power consumption was estimated 3 0 4. The power management unit 32 can first use the power consumption meter 20 to obtain the estimated power consumption of the system 2 under each operation ^ 3 0 2 And the estimated limit power consumption of 3 0 4 and the obtained: = ancient power consumption 3 0 2 and estimated limit power consumption of 3 04 are filled in the power consumption pair, and the power supply management unit in the middle § 3 2 can be taken from the power consumption comparison table, the estimated power consumption of 302 and the estimated limit power consumption of 3 0 4 without: = go to take the second system 2. In the present invention, this time ^ The system power consumption meter 20, σ, 'in the application software, or edit the driver s of the hardware ± so, the application software or hardware can easily establish the power consumption of the system ϊ Table 20 . In these embodiments, the power consumption monitoring system 3 further includes a use
200521658 五、發明說明(9) 者介面34,俾該耗電量監謂系統3被啟動後,可藉由該使 用者介面3 4編輯該耗電量對照表3 〇,令該耗電量對照表3 〇 中包含各次系統2之預估耗電量3 〇 2及預估極限耗電量 3 04,如此,使用者可在該電源管理單元32無法取得各該 次系統2之在各運作模式下之耗電量時,可由使用者自行 、交更該耗電里對照表3 0内容,令該電源管理單元3 2可仍依 據該耗電量對照表3 0,繼續進行處理。 在該等實施例中,遠主系統丨尚設有一供電單元 4(如:智慧髮電池),該供電單元4可紀錄到該等次系統2200521658 V. Description of the invention (9) User interface 34: After the power consumption monitoring system 3 is started, the user interface 3 4 can be used to edit the power consumption comparison table 3 〇 to make the power consumption comparison Table 3 〇 includes the estimated power consumption 3 of each secondary system 2 〇 2 and the estimated limit power consumption 3 04, so that the user can not obtain the operation of each secondary system 2 in the power management unit 32 When the power consumption in the mode, the user can manually change the content of the power consumption comparison table 30, so that the power management unit 32 can still continue processing according to the power consumption comparison table 30. In these embodiments, the remote main system has a power supply unit 4 (such as a smart battery), and the power supply unit 4 can record to the secondary system 2
在運作中之運作杈式,實際耗電量,而該電源管理單元Μ 係可藉由讀取該,電早及>4所記錄之該等次系統2在運作模 式被切換前後之實際耗電量,而可將該切換前之實際耗帝 量與該切換後之實際耗電量相比較,以取得該實際變私 值° … 藉由以上所述,該耗電量監測系統3可在各該次系統2 發生異常耗電量時,可提出相應的對策,以避免該主系统 1被迫中斷或無法繼續作業,使得該主系統丨除在傳統監控 ,池容量及系統狀況監視程式外,可對各次系統2進行耗 電量的監控,而令該主系統1可更穩定的運作。The operation mode in operation is the actual power consumption, and the power management unit M can read the actual power consumption of the secondary system 2 before and after the operation mode is switched by reading this, electricity early and> 4. Power consumption, and the actual power consumption before switching can be compared with the actual power consumption after switching to obtain the actual private value °... As described above, the power consumption monitoring system 3 can When abnormal power consumption occurs in each of the secondary systems 2, corresponding countermeasures can be proposed to prevent the main system 1 from being interrupted or unable to continue operation, making the main system 丨 except for traditional monitoring, pool capacity and system status monitoring programs. It can monitor the power consumption of each secondary system 2 so that the main system 1 can operate more stably.
按,以上所,、’,僅為本發明最佳之一具體實施例,惟 本發明之構造特被亚不侷限於此,任何熟悉該項技藝者在 本發明領域内,可輕易思及之變化或修飾,皆可涵蓋在以 下本案之專利範圍。According to the above, "," is only one of the best specific embodiments of the present invention, but the structure of the present invention is not limited to this. Anyone skilled in the art can easily think of it in the field of the present invention. Changes or modifications can be covered by the patent scope of the following case.
第13頁 200521658___ 圖式簡單說明 【圖式說明】 第1圖本發明之架構示意圖; 第2圖本發明之耗電量對照表之示意圖; 第3圖本發明之電源管理單元在任一次系統之運作模式被 切換時之動作流程圖; 第4圖本發明之電源管理單元判斷任一次系統之運作模式 被切換時,是否有異常耗電量產生之動作流程圖; 第5圖本發明之電源管理單元認定各次系統有異常耗電量 後之動作流程圖; 第6圖本發明之次系統耗電量表之示意圖。 【主要部分之代表符號】 主系統...............1 次系統............ …2 次系統耗電量表…2 0 耗電量監測系統 …3 耗電量對照表......30 預估耗電量…… …302 預估極限耗電量-·304 電源管理單元… …32 使用者介面.........34 供電單元......... "•4Page 13 200521658___ Brief description of the drawings [Schematic description] Figure 1 Schematic diagram of the present invention; Figure 2 Schematic diagram of the power consumption comparison table of the present invention; Figure 3 Operation of the power management unit of the present invention in any one time system Operation flowchart when the mode is switched; FIG. 4 is an operation flowchart of the power management unit of the present invention to determine whether there is abnormal power consumption when the operating mode of any system is switched; FIG. 5 is a power management unit of the present invention The operation flow chart after determining that the system has abnormal power consumption; FIG. 6 is a schematic diagram of the power consumption meter of the secondary system of the present invention. [Representative symbols of main parts] Main system ......... 1 primary system ............ 2 secondary system power consumption meter ... 2 0 Power consumption monitoring system ... 3 Power consumption comparison table ... 30 Estimated power consumption ... 302 Estimated extreme power consumption- · 304 Power management unit ... 32 User interface ... ..... 34 Power supply unit ......... " • 4
第14頁Page 14
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI416314B (en) * | 2010-09-30 | 2013-11-21 | Compal Communications Inc | Power management method |
TWI514303B (en) * | 2012-05-11 | 2015-12-21 | Panasonic Corp | Management device and management system |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI416314B (en) * | 2010-09-30 | 2013-11-21 | Compal Communications Inc | Power management method |
TWI514303B (en) * | 2012-05-11 | 2015-12-21 | Panasonic Corp | Management device and management system |
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