13〇8266 七、指定代表圖： (一） 本案指定代表圖為：第二圖。 (二） 本代表圖之元件符號簡單說明： 21 :第一電源單元； 22 :裝置主體；. 23:第二電源單元； 24 :電壓調節器；以及 25 :參考電壓。 八、本案^有化學式時’賴示最能顯綠_徵的化學式: 九、發明說明： 【發明所屬之技術領域】13〇8266 VII. Designated representative map: (1) The representative representative of the case is: the second picture. (2) A brief description of the component symbols of this representative diagram: 21: first power supply unit; 22: device main body; 23: second power supply unit; 24: voltage regulator; and 25: reference voltage. 8. In the case of the case ^ when there is a chemical formula, the chemical formula of the most visible green _ sign: IX. Description of the invention: [Technical field to which the invention belongs]
本發明係為一種電壓調整系統及其方法，特·於 =郎器讓較低功率之第二電源模擬較高功率之第電 使弟-電源及第二電源皆可作為可攜式裝置“作電源。、 【先前技術】 埶列由到重視，f子產品結合綠色能源之運用越趨 ；〜、、、其中燃料電池效率高且污染低，可設計為體積小之雷地， ，用在I攜式裝置中，然而’燃料電池的缺點是功率較低。因 禺要較高功率電源之裝置，如筆記型電腦等可攜式裴置，’ 利用較高功率之鐘電池來供應電源。 夕 請參=第-圖’係為習知技藝之-種筆記型電腦搭配鍾電池 外觀不意圖。圖中，包含筆記型電腦11及鋰電池12，筆記型電 4 1308266 ίϋΐΐ其容置空間，以電性連馳電池12。鐘電池12具有10〜70 腦t 麟驅鱗記型賴11進人卫倾式。藉由ί己型中 電nf使用之行動性，且，現今筆記型 加狀縣效果錢理效能，往往需要ί 電池之使用時間，造成使用上之不Γ 耗電讀將縮馳 中，設計二種電壓調整系統及其方法，用於可攜式裝置 源模:妒？壓調節器(v〇itage re卽1at〇r)讓較低功率之第：電 原’使兩個電源具有相同電厂堅， 攜式震置之轉魏，增加可觀裝置中電池之使用時間。 【發明内容】 提供ΐίΤ之主要目的為提供—種電壓調整系統及其方法，儀 電壓調以!源進行電源供應動作，且藉由 之外I ίΐ 電财足問題，增加第—電源單元 包^第-電源d上ί目的’依本發明之電壓調整系統至少 電源早兀、第二電源單元以及電壓調節器。 承上所述’因依本發明之第一電 壓之第-電源至可攜式裝置之^iiSAtb係傳祕有參考電 ，整第二電源，藉此產生具有參考電壓之 :提供可攜式裝靖之工作電源，：:第 J揭式裝置接收父流電源以提供交流電源信 5 1308266 電源信號。 號控制第一 在未提供交 電源可作為 其中一種以 源信號未提 弟二電源即 號’及利用第二電源單元之第二電源以提供代用 本電源供應關係藉由交流電源信號及代用電源信 開關及第二開關之開啟（0N)或關閉（OFF)，其中， 流電源信號之狀態下，即開啟第一開關，使第一 工作電源。在提供交流電源信號及代用電源信號 上之信號時，即開啟第二開關。特別是在交流電 供且代用電源信號被提供之狀態下，第一電源及 可一同作為工作電源。 茲為使貴審查委員對本發明之技術特徵及所達成之 更進-步之瞭解與認識，下文謹提供較佳之實施例及 ；^ 為辅佐之用，並以詳細之說明文字配合說明如後。 工 【實施方式】 以下將參照相關式，說明依本發明較佳實施例之 =系統及其方法，其中_的藉將料目_參職號加= 請參閱第二圖，係為本發明之一種電壓調整系統 用於可攜式裝置巾’令第—電源單元及第 :愚圖， 源至裝置主體。圖中，包含第一電源單元2卜裝置:二供!電 電源單元23以及龍·器24。$ —電源單 =、第二 至裝置球22,作為裝置主體22之工作 傳^一電源、 ，由工作電源以進人碎模式— f源單元22可 第一電源之電壓為-參考電壓25 ^此外 為鐘電池，而 置於I攜式裝置中，抑或_轉接介面以電^元23可敦 用於傳送第二電源至购^節器34，此第」接;置， 料電池。電壓調節器24電性連接第—電 23可為織 元23以及襄置主體22，垃ιλ·结 "、單凡21、第二電源置 及裝置主體22，接收第二電源、外，並藉由第一電 6 1308266 調考電壓25。電壓調節器24利用參考電 雷、、ϋ $1弟一電源之電壓，藉此產生具有參考電壓25之工作 "、丄再由電壓調節器24將工作電源傳送至襞置主體22。 參閱第三圖’並請配合參__及第五圖，第三圖係為 電源供應關係之示意圖，係由可攜式裝置之控制器來ίThe invention is a voltage adjustment system and a method thereof, and the second power source of the lower power is simulated to simulate the higher power, and the second power source and the second power source can be used as the portable device. Power supply., [Prior Art] From the point of view to the emphasis, the use of f-products in combination with green energy is becoming more and more; ~,,, among them, the fuel cell has high efficiency and low pollution, and can be designed as a small size mine, used in I In the portable device, however, the disadvantage of the fuel cell is that the power is lower. Because of the higher power supply device, such as a portable computer such as a notebook computer, 'the battery with a higher power is used to supply the power. Please refer to the = figure - figure 'as a skill of the art - a notebook computer with a clock battery appearance is not intended. In the picture, including the notebook computer 11 and lithium battery 12, notebook type 4 1308266 ϋΐΐ 容 容 容 容 容Electric Lianchi battery 12. Bell battery 12 has 10~70 brain t lining squad-type type 赖11 into the person's slanting type. With the action of 己 型 中 中 中 n n n n n n n n n n n n n n n Effect of money efficiency, often need to use battery In the meantime, the use of power consumption will be reduced, design two voltage adjustment systems and their methods for portable device source mode: 妒? pressure regulator (v〇itage re卽1at〇r) Let the lower power of the first: the electric source 'to make the two power sources have the same power plant, and the portable type of vibration can increase the use time of the battery in the considerable device. [Abstract] The main purpose of providing ΐίΤ is to provide The voltage adjustment system and the method thereof, the voltage of the instrument is adjusted by the source to perform the power supply action, and by the external power problem, the voltage of the invention is increased by the first power supply unit. Adjusting the system at least the power supply early, the second power supply unit, and the voltage regulator. The above-mentioned "the first voltage of the present invention - the power supply to the portable device ^iiSAtb system has a reference power, the whole The second power source is used to generate the reference voltage: providing a portable power supply for the portable device:: the J-th exposure device receives the parent flow power supply to provide the AC power signal 5 1308266 power signal. The number control first is not provided with the power supply Can be used as The source signal is not mentioned as the second power source and the second power source of the second power unit is used to provide the substitute power supply relationship by the AC power signal and the substitute power signal switch and the second switch is turned on (ON) or turned off. (OFF), wherein, in the state of the flow power signal, the first switch is turned on to make the first working power supply. When the signal on the alternating current power signal and the substitute power signal is provided, the second switch is turned on, especially in the alternating current power supply. In the state in which the substitute power signal is provided, the first power source and the power source can be used together as a working power source. In order to enable the reviewing committee to understand and understand the technical features and the steps of the present invention, a better implementation is provided below. For example, ^^ is used for assistance, and the detailed explanations are followed by instructions. [Embodiment] Hereinafter, a system and a method thereof according to a preferred embodiment of the present invention will be described with reference to the related art, wherein the _ _ _ _ _ _ _ _ _ _ _ _ _ A voltage adjustment system is used for a portable device to enable a first power supply unit and a power supply unit to source the device. In the figure, the first power supply unit 2 includes two devices: an electric power supply unit 23 and a dragon unit 24. $—Power supply list=, second to device ball 22, as the working power source of the device main body 22, and the working power source enters the breaking mode—f source unit 22 can be the voltage of the first power source-reference voltage 25^ In addition, it is a clock battery, and is placed in the I-carrying device, or the _switching interface can be used to transfer the second power source to the purchasing device 34, which is connected to the battery. The voltage regulator 24 is electrically connected to the first electric unit 23, and can be the weaving unit 23 and the main body 22, and the main unit 21, the second power supply unit and the main body 22 receive the second power source, and borrow The voltage 25 is referenced by the first electric 6 1308266. The voltage regulator 24 utilizes the voltage of the reference voltage, ϋ $1, and the power supply, thereby generating the operation with the reference voltage 25, and then transferring the operating power to the device body 22 by the voltage regulator 24. Refer to the third figure' and please refer to the __ and the fifth picture. The third picture is a schematic diagram of the power supply relationship, which is controlled by the controller of the portable device.
你田Ϊ源彳ΐ應關係。圖中，交流電雜號31由交流電源所提供， 電源信號32則由如第四圖所示之電壓調節器24所提供或藉 ΐ弟五圖所示之節點51之賴值所產生。提供錢電源信號 k 第-開關34，反之，未提供交流電源信號31時，則 =第1關34。且’提供交流電源信號31或代用電源信號犯 ，、中一^信號時，即可開啟第二開關33。交流電源信號31或代 用電源信號32皆未提供時，即關閉第二開關33。 請參閱第四圖，並請配合參閱第二圖及第三圖，第四圖係為 本發明之-贿交流電源翻輸人端之電壓輕系統之示意圖， 用於可攜式裝置中。圖中’包含第—關34以及第二開關33、 第-電源單it 2卜裝置主體22、第二電源單元23、電壓調節器 24以及充電單元41。其中，當第一開關34為如第三圖所示之^ 啟狀悲下，弟一電源單元21可傳送第一電源至裝置主體22，作 為該裝置主體22之工作電源，且第一電源具有參考電壓25。第 二電源單元23傳送第二電源至電壓調節器24，並且啟動電壓調 節器24。電壓調節器24可根據第一電源之參考電壓25以調整第 二電源’使第二電源成為工作電源’藉此提供代用電源信號犯以 開啟第一開關33，用以將工作電源傳送至裝置主體22。且，第一 開關34及第二開關33分別包含至少一電晶體及至少一二極體， 分別根據交流電源信號31及代用電源信號32以進杆赤關问 之動作。此外’充電單元41係藉由交流電源或第二電^，1吏第二 電源單元21進行充電動作。 ,、 7 1308266 之;ί’並請配合參閱第二圖及第三圖，係為本㈣ 置:。圖中，第二電源單元_^=壓： 十。原仏號32來開啟第二開關33，並傳送第·"電 3=1。電_節器24調整第二電狀S 3源= 成為具有參考賴25之卫作魏 邊 源及第二電源皆可_體22 ’ —電 之電蝴職㈣湖林發明所揭露 包含下驟筆記型魏之可攜式裝置中，本方法係 步驟610 .傳送第一電源至裴置主體。 步驟62G :藉由g-魏提供參考電壓。 =630··利用參考電壓將第二電源調整為卫作電源。 步驟640 :傳送工作電源至裝置主體。 ’、 ft-驟中’第—電源通常由如鐘電池之高功率電池所提供， =二電源通常為如^料電池或乾電池等低功率電池所提供:、此 外，工作電源之電壓等同於第一電源之參考電壓。八 铲神述Ξ料聞性者。任何未雌本發明之 職峨，犧健後附之申 【圖式簡單說明】 第一圖係為習知一種筆記型電腦搭配鐘電池之外觀示咅、圖； 第二圖係為本發明之一種電壓調整系統之示意圖； 第三圖係為本發明之一種電源供應關係之示意圖； 第四圖係為本個之-種與錢電源_輪人数顏調整祕之示意圖； 1308266 第五圖係為本發明之一種具有與交流電源相異輸入端之電壓調整系統之示 意圖；以及 第六圖係為根據本發明之電壓調整方法之步驟流程圖。 【主要元件符號說明】 11 :筆記型電腦； 12 :鋰電池； 21 :第一電源單元； 22 :裝置主體； 23 :第二電源單元； 24 :電壓調節器； 25 :參考電壓； 31 :交流電源信號； 32 :代用電源信號； 33 :第二開關； 34 :第一開關； 41 :充電單元； 51 :節點；以及 610〜640 :步驟流程。You Tianyuanyuan should be related. In the figure, the AC code 31 is provided by an AC power source, and the power signal 32 is generated by the voltage regulator 24 as shown in the fourth figure or by the value of the node 51 shown in Figure 5. The money power signal k is provided to the first switch 34. On the other hand, when the AC power signal 31 is not supplied, the first switch 34 is turned off. And when the AC power signal 31 or the substitute power signal is provided, and the middle signal is turned on, the second switch 33 can be turned on. When neither the AC power signal 31 nor the substitute power signal 32 is provided, the second switch 33 is turned off. Please refer to the fourth figure, and please refer to the second figure and the third figure. The fourth figure is a schematic diagram of the voltage light system of the invention for bribing AC power supply to the human terminal, which is used in the portable device. The figure 'includes the first-off 34 and the second switch 33, the first-power source unit 2, the device body 22, the second power source unit 23, the voltage regulator 24, and the charging unit 41. Wherein, when the first switch 34 is as shown in the third figure, the first power source 21 can transmit the first power source to the device body 22 as the working power source of the device body 22, and the first power source has Reference voltage 25. The second power supply unit 23 transmits the second power supply to the voltage regulator 24 and activates the voltage regulator 24. The voltage regulator 24 can adjust the second power source to make the second power source into the working power source according to the reference voltage 25 of the first power source, thereby providing a substitute power source signal to turn on the first switch 33 for transmitting the working power to the device body. twenty two. The first switch 34 and the second switch 33 respectively include at least one transistor and at least one diode, and respectively operate according to the AC power signal 31 and the substitute power signal 32. Further, the charging unit 41 performs a charging operation by the AC power supply or the second power supply unit 21. , 7 1308266; ί' and please refer to the second and third figures, which is based on (4): In the figure, the second power supply unit _^=pressure: ten. The original nickname 32 turns on the second switch 33 and transmits the first "electricity 3=1. The electric_ther 24 adjusts the second electric form S 3 source = becomes the Wei Lai source with the reference Lai 25 and the second power source can be the body 22 body - the electric power of the work (4) Hulin invention revealed that the next step In the notebook type of portable device, the method is a step 610. The first power source is transmitted to the device body. Step 62G: Provide a reference voltage by g-Wei. =630··Use the reference voltage to adjust the second power supply to the power supply. Step 640: Transfer the working power to the device body. ', ft-sequence' - the power supply is usually provided by a high-power battery such as a clock battery, = the second power supply is usually provided by a low-power battery such as a battery or a dry battery: In addition, the voltage of the working power supply is equivalent to the first The reference voltage of a power supply. Eight shovel the demeanor. Any job without a female invention, attached to the death of the Shen [simplified description of the drawing] The first picture is a familiar notebook computer with a clock battery appearance, diagram; the second picture is the invention A schematic diagram of a voltage adjustment system; the third diagram is a schematic diagram of a power supply relationship of the present invention; the fourth diagram is a schematic diagram of the adjustment of the number of people and the power source _ wheel number; 1308266 A schematic diagram of a voltage regulating system having an input terminal different from an alternating current power source; and a sixth diagram is a flow chart of the steps of the voltage adjusting method according to the present invention. [Main component symbol description] 11 : Notebook computer; 12 : Lithium battery; 21 : First power supply unit; 22 : Device main body; 23 : Second power supply unit; 24 : Voltage regulator; 25 : Reference voltage; Power signal; 32: substitute power signal; 33: second switch; 34: first switch; 41: charging unit; 51: node; and 610~640: step flow.
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