M406785 五、新型說明： 【新型所屬之技術領域】 本創作為-種具電力指示功能的可攜式较置與 所建立的系統，特別是指具有電力偵測與對外傳遞^ 訊功能的裝置與所建立的系統。 、 【先前技術】 隨著無線通訊的普及，各式各樣的應用也隨之發展， 特別是行動基地台所建設的行動通訊網路，或是無^區域， 網路’並藉此傳遞訊息。 ^ 透過無線通訊網路可以傳遞各種訊息，除了一般使用 者相互透過軟體、硬體傳遞的訊息外，更有遠端監^的應 用。 ’ 冒有習知技術揭露透過感測器感測環境濕度、空氣品 質，與相關的天氣資訊一併傳送到電子顯示器上，再二文 字、圖形等方式呈現在顯示器上。 【新型内容】 諺 各種可攜式裝置通常具有獨立供應電力的電池組，而 此裝置之運作是否正常則與其電力密切相關，本創作即提 出一種具電力指示功能的可攜式裝置，並包括利用此可攜 式裝置所建立的系統，能夠提供一遠端接收端隨時掌握此 裴置的電力狀態，其中所傳遞的訊息更可包括其他有關此 裝置的訊息’比如此可攜式裝置的定位資訊。 根據實施例，此具電力指示功能的可攜式裝置為一具 有通訊能力的電子裝置，其中至少具備一微處理單元，電 4/15 M406785 性連結於可攜式裝置中各電路模組，為處理各電路模組間 訊號交換的數位訊號處理電路。可攜式裝置為具有獨立電 力供應的裝置，具有一電源管理模組，用於管理可攜式裝 置之電力供應，並具有由電池組成的電源。 由於此實施例的可攜式裝置為一攜帶式的裝置，其運 作需要有足夠的電力供應，在此提出可以於低電壓時發出 警示訊息的裝置，其中包括一低電壓偵測單元，能夠透過 電源管理模組偵測電池組之供電電壓，特別能並於供電電 壓低於一門檻電壓時產生警示訊息。 上述警示訊息可以透過訊息產生單元產生傳送出去的 内容，如此可攜式裝置具有一行動通訊模組，可使可攜式 裝置連結一行動通訊網路，並處理特定通訊協定數據。而 訊息產生單元則能根據低電壓偵測單元之偵測結果產生經 行動通訊網路傳遞訊息，比如為傳遞於電子裝置間的簡訊 ，或是電子郵件。 另一端為一或多個接收裝置，接收裝置透過行動通訊 網路連結於可攜式裝置，至少包括接收訊息或是可主動要 求訊息的通訊模組，並包括顯示訊息的一顯示模組。 透過上述低電壓偵測單元偵測供應電壓之後，可計算 一剩餘電力百分比，因此訊息可記載此剩餘電力百分比， 並傳遞於接收裝置。 【實施方式】 本揭露書提出一種具有傳遞訊息能力的可攜式裝置， 特別是為傳遞電力資訊，或可包括其他如衛星定位的資訊 。可攜式裝置為可攜帶於身邊而具移動可能的電子裝置， 5/15 M406785 夠發布緊急訊息的隨身防護裝置 . 動電铦、個人手持電腦、筆 記型雷二二，能力的行 “式裴置通常是以電池作為電力的 ㈢荨，由於可 需要足夠的電力才能正常運作，=要供應來療，且裝置 内耗盡達料正賴電㈣特定時間 在貫施例中，可攜式裝置i有猫 〜、 ’而此裝置之運作是否正常則與其電力二電力的電池組 書即提出-種具電力指示功能的可相關，本揭露 此可攜式裝置所建立的系統， m 1並包括利用 掌握此裝置的電力狀筚 ^逡端接收端隨時 有關此裝置的如的訊息更可包括其他 機制’讓遠端使用者可以隨“二。藉此 態，或是位置資訊，因此可n絲置的電力狀 。比如，在電力耗盡時，f候及時做出反應 結的其絲置Mm2 有紅作技裝置所連 。 運作’此時可及時反應，以免損害 用示=考力指示功能的可攜式裝置之使 以接收由可可攜式襄置10，另一端顯示可 置12外觀上Ί有^發出的訊息的接收裝置12,接收裝 動電話賴示幕122，_有仙外，比如為行 摧式裝置H)的訊息於心财__示所接收來自可 =據實&例’可攜式裝置1G中具有電力^貞測的電路， #低電壓門t ’此低電壓Η檻是設定在此可攜式 、Ί 10 作的電力狀態附近。電力彳貞測的電路應 週期性地彳貞測亚得出電力使用狀態，電力狀態可隨時（或 6/15 M406785 週期性地）回應給接收裝置12,亦可於到達低電壓門檻時 ，主動將此資訊發送至接收裝置12。可攜式裝置10所發送 的對象可不只於圖中顯示的接收裝置12,接收裝置12亦可 為多個具有通訊能力的裝置，或甚為一個後端的管制中心 或伺服器，可以提供後續更多的應變。 在另一使用狀態中，接收裝置12將可主動對可攜式裝 置10發出回應電力資訊的請求，比如，使用者透過接收裝 置12發出一個通話訊息，或是簡訊要求，可攜式裝置10 於接收此訊息後立刻回應目前的電力狀態。 此例中，接收裝置12端的顯示螢幕122顯示有電力狀 態，如剩餘的「電池電量40%」，或可提示使用者欲觀看更 多内容，可進一步連結到特定網址查看。 本揭露書所描述的裝置特別是著重於具有計算電 量功能的可攜式裝置，其中包括有偵測電力電壓的電路 、根據電壓計算電力的電路、行動通訊模組或或其他無 線通訊的電路模組，可利用簡訊或其他通訊方式傳遞電 力值至一遠端裝置。其中電路實施例可參考圖2顯示的 具電力指示功能的可攜式裝置之電路方塊圖。 圖中顯示為一可攜式裝置20，其中具有一微處理單元 201，為此裝置的訊號處理電路，電性連結裝置中各電路模 組，處理各電路模組間交換的訊號。 可攜式裝置20使用獨立電源，如圖中的作為電力供應 的電池組211，電性連結管理裝置内電源的電源管理模組 205。電源管理模組205電性連結微處理單元201，特別可 以在裝置閒置時進入省電模式，或於關機時讓裝置使用一 微小可啟動的電力，或如裝置到達一低電壓時，讓裝置進 7/15 M406785 入待機模式。 可攜式裝置20設置有-低電麼偵測單元謝，此可為 —偵測電路，電性連結電源管理模fe2G5，可透過此電源管 ^組2〇5偵測電池組211之供電電壓，並設有一判斷低 t壓的門”壓’在固定咖㈣測時，將與此Η檻電壓 Τ壓低於此門崎，將產生相對訊號，使裝 置發出訊息。 义衣 可攜式裝置20具有行動诵4 理罝分加L / 通蝴組203，電性連結微處 攜式裝置2G連結—行動通訊網路盘 '处理叙通訊協定數據的電路模組 _ 過基地台傳遞訊息到另一端裝 置^透過此行動通訊模組加連結無㈣‘路（ T以傳遞數據訊號，包括可利 息其他可於數據網路上傳遞訊息的方式遞" 元二為轉_連結微處理單 電壓偵測單元2〇9早70 207特別是根據上述低 行動通訊網路傳遞的^’將所產生的訊號轉換為經 包括簡訊形式（细 元-可為產生傳;於訊息產生單 產生:：:動通‘ 供使用者置20與遠端裝置間的訊息包括提 單元209可包括一十篡：式的電力賁訊’其中低電壓偵測 。异咨c未顯示），用於根據偵測結果計 8/15 M406785 算剩餘電力百分比。 而偵測電力的方是有多種，可參考圖， 基本態樣，圖中顯示為低電壓偵測1 —Θ 所描述的一種 ㈤）的兩端，用以得出其供電電壓。„池組 一端連結到低電壓偵測單元2〇9 * y龟池組之 過電阻Rl, R2產生一分壓，再利..十兒路上，包括透 電壓Vth比對。若經比對顯示供電電厣 共一門檻 30]將輸出訊號工或〇,顯示目足夠，比較電路 上述電源管理模組205中的計嘗哭則 狀態，並可透過 對得到供電電虔低於一個低電ϋ門;:=力；若經比 號將透過電源管理模M2G f，戶斤產生的輸出訊 在另-實施例中，本触::產生訊號。 -定位功能，特別是柄衛星：中的可攜式裝置更 可具有 位置，並適時補助以利：：位的方式得到裝置的所處 。此可攜式裝置如圖㈣;^基地台對應的位置資訊 ，中顯示〜可_=路方塊圖。 唬的微處理單元201，用 包括處理各電路模組間訊 電子郵件的行動通訊模紐行動通訊網路與發送簡訊或 生發送出去的訊息的訊· 包括根據電力偵測結果產 可攜式裝置20,由:產生單元207。 電源管理模組205負束電池組211供電，電路供應管理由 電塵門檀的低電壓、另具借偵測供電電壓是否到達低 根據實施例，裝？几209。 裝置之位置資ffl的衛G’更包括接收衛星定位訊號並產生 性連結微處理舉元2〇1戈位模組’衛星定位模組4〇1電 模組彻所產生的，_因此傳遞的訊息可結合由衛星定位 夏身訊。 9/15 M406785 j述-或多個可攜式裝置與連結—❹個接收裝置形 成一個糸統，系統示意圖可參閱圖5。 示有—可攜式裝置51，此為具有通訊能力的農 ^ /裝置51能透過通訊基地台55，或其形成的網路 ，先連、，，.於遠端的終端顯示裝置57 ’終端顯示裝置57特別 =有顯讀幕的裝置，用於顯示可攜式裝置Μ所傳遞的 汛心，可為一電腦系統，或行動通訊裝置。 此例之終賴林置57表稍可攜式裝置51連結的 -或複數健收裝置’魏可攜絲置透過行動通訊網路 所傳遞的訊息。訊息可由可攜式裝置51主動發出，或可由 終端顯示裝置57發出請求，請求可攜式震置51發出訊息 ，終端顯示裝置57則應包括可傳遞或接收訊息的通訊模^ (未顯示），並包括與顯示訊息的顯示模組（未顯示）。同 樣，兩端所傳遞的訊息包括電力狀態、剩餘電力百分比， 或可結合經喊星定位模組產生的位置資訊。 圖6所示為應用本創作可攜式裝置所產生之電力指示 流程圖。 « 步驟如S601，裝置透過低電壓偵測單元量測電壓，並 如步驟S603，利用計算器根據量測的電壓與參考電壓計算 出剩餘電量，此低電壓偵測單元接著比對剩餘電量與所預 先設定裝置的一個低電壓門檻值，如步驟S605，判斷剩餘 電量是否低於此設定之門檻值。 經電壓比對後，若判斷剩餘電量尚未低於此門檻值（ 否）’顯示目前電量仍可供應裝置正常運作，裝置内的程序 將回到步驟S603 ’繼續量測電壓與判斷是否為低電壓；若 判斷剩餘電ΐ低於此門松值（是）’表示目前的電力已經處 10/15 M406785 於低電壓狀態，無法正常供應裝置運作，故在此時，在電 力尚可執行訊息傳遞時，將透過訊息產生單元產生訊息（ 步驟S 60 7 )，特別是經與門檻電壓比對後判斷為低電壓的低 電壓訊息60。 之後，如步驟S609，裝置將啟動通訊流程，根據接收 裝置的請求，或是裝置内驅動訊息發送的機制，將訊息傳 遞於接收裝置。特別是可以簡訊形式傳送（步驟S611 )，但 仍在其他實施例中，訊息可以網路傳遞的方式傳遞於其他 ' 接收裝置上，如電子郵件，或是其他形式的電子訊息。 綜上所述，本揭露書提出一種具電力指示功能的可攜 式裝置，特別是能透過偵測電路得到裝置的供電電壓，藉 此判斷是否處於一個低電壓狀態，再透過通訊方式將訊息 傳出，藉此可以隨時且充分掌握一個裝置的電力資訊，而 能及時做出適當的應變。 惟以上所述僅為本創作之較佳可行實施例，非因此即 侷限本創作之專利範圍，故舉凡運用本創作說明書及圖示 ' 内容所為之等效結構變化，均同理包含於本創作之範圍内 ，合予陳明。 【圖式簡單說明】 圖1顯示為本創作具電力指示功能的可攜式裝置之使 用示意圖； 圖2顯示為本創作具電力指示功能的可攜式裝置之電 路方塊圖之一； 圖3顯示為應用於可攜式裝置之低電壓偵測實施例示 意圖； 11/15 M406785 圖4顯示為本創作具電力指示功能的可攜式裝置之電 路方塊圖之二； 圖5顯示為應用本創作可攜式裝置所建立之系統示意 圖， 圖6所示為本創作可攜式裝置所產生之電力指示流程 圖。 【主要元件符號說明】 可攜式裝置10 接收裝置12 顯示螢幕122 可攜式裝置20, 20’ 微處理單元201 行動通訊模組203 電源管理模組205 訊息產生單元207 低電壓偵測單元209 電池組211 比較電路301 低電壓訊息60 衛星定位模組401 可攜式裝置51 通訊基地台55 終端顯示裝置57 步驟S601〜S611電力指示流程 12/15M406785 V. New description: [New technical field] This creation is a portable type of system with power indication function, especially for devices with power detection and external transmission function. The system established. [Prior Art] With the popularity of wireless communication, various applications have also developed, especially the mobile communication network built by the mobile base station, or the network, and the network. ^ Through the wireless communication network, various messages can be transmitted. In addition to the messages that users generally transmit through software and hardware, there are also applications for remote monitoring. Using conventional techniques to expose the ambient humidity and air quality through the sensor, it is transmitted to the electronic display along with relevant weather information, and then displayed on the display in terms of text and graphics. [New content] 谚 Various portable devices usually have a battery pack that independently supplies power, and whether the device operates normally is closely related to its power. This creation proposes a portable device with power indication function, including utilization. The system established by the portable device can provide a remote receiving end to grasp the power state of the device at any time, and the transmitted message can further include other information about the device, such as the positioning information of the portable device. . According to an embodiment, the portable device with the power indicating function is an electronic device with communication capability, wherein at least one micro processing unit is provided, and the electric 4/15 M406785 is connected to each circuit module in the portable device. A digital signal processing circuit for processing signal exchange between circuit modules. The portable device is a device with independent power supply, and has a power management module for managing the power supply of the portable device and having a power source composed of a battery. Since the portable device of this embodiment is a portable device, and the operation thereof requires sufficient power supply, a device capable of issuing a warning message at a low voltage is provided, including a low voltage detecting unit capable of transmitting The power management module detects the supply voltage of the battery pack, and particularly generates a warning message when the power supply voltage is lower than a threshold voltage. The above warning message can generate the transmitted content through the message generating unit. The portable device has a mobile communication module, which enables the portable device to connect to a mobile communication network and process specific communication protocol data. The message generating unit can generate a message via the mobile communication network according to the detection result of the low voltage detecting unit, for example, a message transmitted between the electronic devices or an email. The other end is one or more receiving devices. The receiving device is connected to the portable device through a mobile communication network, and at least includes a communication module for receiving a message or actively requesting a message, and includes a display module for displaying the message. After detecting the supply voltage through the low voltage detecting unit, a percentage of remaining power can be calculated, so the message can record the remaining power percentage and transmit it to the receiving device. [Embodiment] The present disclosure proposes a portable device having the capability of transmitting a message, particularly for transmitting power information, or may include other information such as satellite positioning. The portable device is an electronic device that can be carried around and has the possibility of moving. 5/15 M406785 Portable protective device for issuing emergency messages. Mobile phone, personal handheld computer, notebook type Lei 22, ability line It is usually battery-powered (c), because it can need enough power to operate normally, = to supply treatment, and the device is exhausted in the device (4) in a specific time in the case, portable device i has a cat ~, 'and whether the operation of the device is normal, it is related to the battery-powered function of the power-two power--the power-indicating function is related, the system established by the portable device, m 1 includes The use of the power of the device to receive information about the device at any time may include other mechanisms to allow the remote user to follow the second. With this state, or location information, it can be used to power the wire. For example, when the power is exhausted, the wire is set to respond in time to the Mm2, which is connected to the red device. Operation 'At this time, it can be reacted in time to avoid damage to the portable device with the indication function, to receive the message from the portable device 10, and the other end to display the message that can be placed on the display 12 The device 12 receives the message of the mobile phone display screen 122, and the message of the mobile device is received from the portable device 1G. The circuit with power measurement, #low voltage gate t 'this low voltage Η槛 is set in the vicinity of the portable, 电力 10 power state. The circuit for power surveying should periodically determine the state of power usage. The power state can be replied to the receiving device 12 at any time (or 6/15 M406785 periodically), or actively when reaching the low voltage threshold. This information is sent to the receiving device 12. The object to be transmitted by the portable device 10 can be not only the receiving device 12 shown in the figure, but also the receiving device 12 can be a plurality of devices with communication capabilities, or a back-end control center or server, which can provide subsequent More strain. In another use state, the receiving device 12 can actively send a request for responding to the power information to the portable device 10, for example, the user sends a call message through the receiving device 12, or the short message request, the portable device 10 Respond to the current power status immediately after receiving this message. In this example, the display screen 122 of the receiving device 12 displays a power status, such as the remaining "battery power 40%", or may prompt the user to view more content, and may further link to a specific website for viewing. The device described in the present disclosure particularly focuses on a portable device having a power calculation function, including a circuit for detecting a power voltage, a circuit for calculating power according to a voltage, a mobile communication module, or other circuit mode for wireless communication. Groups, which can use a text message or other means of communication to transfer power values to a remote device. For a circuit embodiment, reference may be made to the circuit block diagram of the portable device with power indication function shown in FIG. The figure shows a portable device 20 having a micro processing unit 201. For this purpose, the signal processing circuit of the device electrically connects the circuit modules in the device to process signals exchanged between the circuit modules. The portable device 20 uses an independent power source, such as the battery pack 211 as a power supply in the figure, to electrically connect the power management module 205 of the power source in the management device. The power management module 205 is electrically connected to the micro processing unit 201, and particularly enters the power saving mode when the device is idle, or allows the device to use a small bootable power when the device is turned off, or allows the device to enter when the device reaches a low voltage. 7/15 M406785 Enter standby mode. The portable device 20 is provided with a low-power detection unit, which can be a detection circuit electrically connected to the power management module fe2G5, and the power supply voltage of the battery pack 211 can be detected through the power supply unit 2〇5. And a door that judges the low t-pressure "pressure" is measured at the fixed coffee (four), and the voltage is lower than the threshold, and a relative signal is generated to cause the device to send a message. The portable device 20 has Action 诵 4 罝 罝 L 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Through this mobile communication module, there is no (4) 'way (T is used to transmit data signals, including interest-bearing and other means of transmitting messages over the data network). The second is the _link micro-processing single-voltage detection unit. 9 early 70 207, in particular, according to the above-mentioned low mobile communication network, the transmitted signal is converted into a form including a short message (fine element - can be generated; generated by message generation::: mobile) for the user Set the signal between the 20 and the remote device The information including the unit 209 may include a ten-way power system: wherein the low voltage detection is not displayed, and the remaining power percentage is calculated according to the detection result 8/15 M406785. There are a variety of methods, refer to the figure, the basic aspect, the figure shows the low voltage detection 1 - 两端 one of the two (5) described by the two ends, used to derive the supply voltage. „One end of the pool is connected to the low The voltage detecting unit 2〇9* y the turtle pool group over-resistance Rl, R2 generates a partial pressure, and then on the ten-way, including the voltage Vth comparison. If the comparison shows that the power supply has a threshold of 30], the output signal is 〇 or 〇, and the display is sufficient. The comparison circuit has the state of the power management module 205, and the power supply is lower than the power supply. A low-power trick;:=force; if the ratio is to pass through the power management module M2G f, the output generated by the user is in another embodiment, the touch:: generates a signal. - Positioning function, especially in the handle satellite: The portable device in the middle can have a position and timely subsidy to get the :: position to get the device. The portable device is shown in Figure (4); the location information corresponding to the base station is displayed in the _= road block diagram. The micro-processing unit 201 includes a mobile communication network for processing an e-mail between the circuit modules, and a message for transmitting a short message or a sent message, including the portable device 20 according to the power detection result. By: generating unit 207. The power management module 205 is powered by the negative battery pack 211, and the circuit supply management is controlled by the low voltage of the electric dust gate, and the low voltage of the power supply voltage is detected. According to the embodiment, the installation is performed. A few 209. The position of the device is also included in the receiving satellite positioning signal and the generating connection micro-processing unit 2〇1 Goth module 'satellite positioning module 4〇1 electric module is completely generated, _ thus transmitted The message can be combined with the positioning of the summer body by satellite. 9/15 M406785 j-- or multiple portable devices and connections—one receiving device forms a system. See Figure 5 for a schematic diagram of the system. Shown as a portable device 51, which is a communication capable farm/device 51 capable of transmitting through the communication base station 55, or a network formed thereof, first connected, and at the remote terminal display device 57' terminal The display device 57 is particularly a device having a display screen for displaying the heartbeat transmitted by the portable device, and may be a computer system or a mobile communication device. In the end of this example, the 57-station portable device 51 is connected to - or the plurality of health-receiving devices are placed on the mobile communication network. The message may be actively sent by the portable device 51, or may be requested by the terminal display device 57, requesting the portable device 51 to send a message, and the terminal display device 57 should include a communication module (not shown) for transmitting or receiving a message. It also includes a display module (not shown) for displaying messages. Similarly, the messages transmitted at both ends include the power state, the percentage of remaining power, or location information that can be generated in conjunction with the spoofing star positioning module. Figure 6 is a flow chart showing the power indication generated by the application of the authored portable device. « Step S601, the device measures the voltage through the low voltage detecting unit, and according to step S603, the calculator calculates the remaining power according to the measured voltage and the reference voltage, and the low voltage detecting unit then compares the remaining power with the A low voltage threshold value of the device is preset, and in step S605, it is determined whether the remaining power is lower than the threshold of the setting. After the voltage comparison, if it is judged that the remaining power has not yet fallen below this threshold (No), it indicates that the current power supply can still supply the device to operate normally, and the program in the device will return to step S603 to continue measuring the voltage and determine whether it is a low voltage. If it is judged that the residual power is lower than the threshold (yes), it means that the current power is already at the low voltage state of 10/15 M406785, and the normal operation of the device cannot be performed. Therefore, at this time, when the power is still executable, A message is generated by the message generating unit (step S607), in particular, a low voltage message 60 that is determined to be a low voltage after being compared with the threshold voltage. Thereafter, in step S609, the device initiates the communication flow, and transmits the message to the receiving device according to the request of the receiving device or the mechanism for transmitting the message in the device. In particular, it can be transmitted in the form of a short message (step S611), but in still other embodiments, the message can be transmitted to other 'receiving devices, such as e-mails, or other forms of electronic messages, by way of network transmission. In summary, the present disclosure proposes a portable device with a power indicating function, in particular, the power supply voltage of the device can be obtained through the detecting circuit, thereby determining whether it is in a low voltage state, and transmitting the message through the communication method. In this way, the power information of a device can be grasped at any time and fully, and the appropriate response can be made in time. However, the above description is only a preferred and feasible embodiment of the present invention, and thus does not limit the scope of the patent of the present invention. Therefore, the equivalent structural changes made by the use of the present specification and the contents of the illustration are equally included in the creation. Within the scope of the agreement, Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram showing the use of a portable device having a power indicating function; FIG. 2 is a circuit block diagram showing a portable device having a power indicating function; FIG. Schematic diagram of a low voltage detection embodiment for a portable device; 11/15 M406785 FIG. 4 shows a circuit block diagram of a portable device for creating a power indication function; FIG. 5 shows an application of the present invention. A schematic diagram of a system established by the portable device, and FIG. 6 is a flow chart of the power indication generated by the authored portable device. [Main component symbol description] Portable device 10 Receiving device 12 Display screen 122 Portable device 20, 20' Micro processing unit 201 Mobile communication module 203 Power management module 205 Message generating unit 207 Low voltage detecting unit 209 Battery Group 211 comparison circuit 301 low voltage message 60 satellite positioning module 401 portable device 51 communication base station 55 terminal display device 57 steps S601 to S611 power indication process 12/15