1320986 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種借雷李统，姑σ, B日 但m电乐、、兄，特別關於一種當 裝置之電力不^或無電力時’可即時取得電力之借電系 統。 【先前技術】 由於個人化電子產品日新月異，對於產品品質、多功 能以及可攜帶的要求也大大的提高，又現今電子通訊行举 日益發展，故可攜式裝置，例如H已為個人化電; 產品中不可或缺的—項。就可攜#置而言，已將許多不 一機，除了基本的撥打、接聽功能以及外型 要求要輕薄短小外，更I炎右畔炙 . ^ ™ _ °附加功能，當然，對於 了攜式裝置中之電源的電力要求，也不例外。 就可攜式裝置而言’通常都會配置—顆電 不）’以作為可攜式裝置整體之供應電源， 由 電池的電力有限，故往往可攜式裝置目月二 力已損耗大半。 R㈣下來’電 倘若，使用者遇到緊急狀況時，卻因可攜式裝置已電 力不足或無電力，而且又減帶或無法找到充 會造成無法即時撥打電話或接電話的情形發生。" 爰因於此，如何提供-種於可攜式^雷 無電力時，可即時提供電源，以使攜 5 之借電系统，正是當前的重要課c能繼續使用 6 1320986 【發明内容】 有鑑於上述課題，本發明之目的為提供一種於可攜式 裝置在電力不足或無電力時，可即時提供電源，以使可攜 '式裝置能繼續使用之借電系統。 ' 緣是，為達上述目的，依本發明之一種借電系統，包 含一第一可攜式裝置及一第二可攜式裝置，其中第一可攜 式裝置係至少具有相互電性連接之一第一控制器、一第一 ® 連接模組、一第一電源管理模組及一第一電源單元，第二 .可攜式裝置係至少具有相互電性連接之一第二控制器、一 第二連接模組、一第二電源管理模組及一第二電源單元。 在本發明中，當第一連接模組與第二連接模組電性連接 時，第一連接模組係產生一裝置連結訊號至第一控制器， 第一控制器依據裝置連結訊號判斷是否啟動第一可攜式 裝置之一借電模式，當判斷第一控制器啟動第一可攜式裝 φ 置之借電模式時，第一控制器產生一電力請求訊號及一第 一控制訊號，電力請求訊號經由第一連接模組及第二連接 模組傳送至第二控制器，第二控制器依據電力請求訊號產 生一第二控制訊號，第二電源管理模組依據第二控制訊號 該第二電源單元之電源透過第二連接模組與第一連接模 組提供至第一可攜式裝置，第一電源管理模組係依據第一 控制訊號關閉第一電源單元之電源。 承上所述，依本發明之一種借電系統’當第一與第二 可攜式裝置透過第一連接模組與第二連接模組電性連接 1320986 時’即產生第-控制訊號以啟動借電模式，並產生 請求訊號以透過第-連接模組及第二連接模 二可攜式裝置’以使第二可攜式裝置之第二電源單元之Ϊ 源提供至第-可攜式裝置。與f知相較，本發明之借 統’可於第-可攜式裝置電力不足或無電力時，藉由盘第 電性連接’以共同使用第二可物置之 電源’此種方式，不但可解決當遇㈣急事故時， 可攜式裝置之電力不足或無電力，而造成無法即時撥打電 =接電話的情形，當然，更可解決於戶外 =充電’導致第-可樓式裝置之 = 用的情況。 I、.、成便 【實施方式】 種腎參照相_式’朗依本發明較佳實施例之-:::電方法，其中相同的元件將以相同的參照符號加 請同時參照圖i與圖2所 之借電系統，係包含物佳實施例 可攜式裝置2，而第-可攜式裝置1以及一第二 揭式裝置1於應用時係盥第-可 攜式震置2相互電性連接(如圖2所示）。 ”第-可 於本實施例中，第一 性連接之-第-控制器u Y 糸至少具有相互電 雷、° 1、—第一連接模組12、一筮 電源管理模組13及一第一 弟一 it ^ ^ ^ . a . ^ 電源早凡14，在此係以第一 揭式裝置1具有各一個第一 乐了 控制器11、第一連接模組12、 1320986 ^電源管理模組13及第一電源單元14為例。此外 = 元14係產生，V1，係用以作為 常使用時之供應電:供應電源’即第-可攜式裝置1於正 本:施:之第二可攜式裝置2係至少具有相 匕^…第二連接㈣一第二電源 第二電源單元24。於本實施例中，亦以 組22 Γ裴具有各一個第二控制器2卜第二連接模 笛22、第二電源管理模組幻及第二電源單元以且 第二電源單元24係產生一電源V2m贫一為例且 Ml 2 ^4n. m -m ,、 乍為第一可攜式裝 應電源 即第二顺置2於正常使用時之供 裝置:第：攜式裝置1與第二可攜式 助理，^Γ 係分別為一手機或一個人數位 助理在此係以第一可穩放奘署ί豳够 為手機為例（如圖3所示）；而第一抑制第二裝置2皆 21，於實施\ 乐控制器U與第二控制器 n 可/刀別為一微處理器或-處理晶片。 μ再參照圖3所示’本實施例之第一可攜式裝 能選單’其係顯示一功能選單介面15;，而功 選單介面⑸更可顯示一資==5_2;此外’功能 使用者自功能選單介面151中[、从不153，以提供 置1為借電模式或資料連結㈣5 =目前第一可攜式裝 功能選單介面⑸轉⑽用者亦可透過 电模式或資料連結模。在 9 此則以制錢過錢料介w 式農置1之借電模式提示152為例。擇以啟動第—可攜 請再參照圖2所示，當第 _ 應電力不足戋盔雷Λ、早元丨4之電源的供 电Μ疋次無電力時，則可將 可攜式裝置2電性連接了攜式裝置1與第二 模式，即第—可攜式裝置式裝置1執行借電 請同時參照圖2至 / 借用電力。 當=:==如下，電_， 連接模…產C2電性連接時’第- U(步驟叫此時，第^^^至第巧㈣ 懸θ Μ Μ 制為11依據裝置連結訊號si :斷：否啟動第一可攜式裝i 1之-借電模式(步驟 S02)。g判斷第一控制器u啟動第一可攜式裝置！之借電 模式時，第—控制器11產生—電力請求訊號S2及-第一 控制訊號35’此電力請求訊號S2係經由第一連接模組12 及第二連接模組22傳送至第二控制器21(步驟s〇3)。 此時’第二控制器21依據電力請求訊號S2產生一第 二控制訊號S3(步驟SG4)，而第二電源管理模組23依據第 一控制訊號S3將第二電源單元24之電源V2透過第二連 接模組22與第一連接模組12提供至第一可攜式裝置步 驟S05)。本實施例之第二電源管理模組23依據第二控制 訊號S3產生一第二管理訊號S4，以控制第二電源單元24 之電源V2提供至第一可攜式裝置j。 而同時，第一電源管理模組13係依據第一控制訊號 1320986 S5以關閉第一電源單元14之 本實施例中，第—電源管理模/12V=f驟鮮於 S5產生一第一管理气铲 糸依據第一控制訊號 之電源V〗輸出…6’以控制關閉第-電源單元Μ 由於本實施例之借電系統1〇〇， -1電力不足或無電力時，而藉由一、°攜式裝置 性連接，以共同使用第二 裝[可攜式裂置2相電 揭式裝置2之雷调 ;的情:’當然，更可“即 響'，一可㈣置1…耗盡=: 此外，當判斷第一控制器u 裝置連結訊號幻不啟動第_可攜=1控制器11依據 此時第-可攜式裝置1传 :之借電拉式’ 態。 料力為執行資料連結模式之狀 請參照圖5所示，當刻斷笛, 斷第一控制器U不啟動筮 可攜式褒置i之借電模式時，第 不啟動第- 連結訊號S1啟動第一可攜式裝置 資遠=據敦置 驟叫此時，當第-控制器U啟動資;步 第-控制II 11係透過第—連接模組 、:時’ 接收第m裝置2之資料，或料/：；連^組22 之資料（步驟S08)。 了攜式裝置1 1320986 為使本發明的内容更加清楚，以下將列舉〜 明依本發明較佳實施例之借電线，在此並^ =說 100所包含之第-可攜式裝置1及第二可擴式裝；】錢 為一手機為例。 、置2分別 舉例而s ’當-使用者欲使用或發生 其所具有之第一可攜式裝置！，而發現其電力用 力時，卻因沒帶或無法取得充電裝置，則使用者可電 電系統⑽而執行借電模式；即使用第 =由借 第一可攜式裝置1電性連接(如圖3所示），以^置2與 式裝置工可藉由第二可攜式裝置2之電源作為供Z攜 其中第二可攜式裝置2係可為另一使用者所具有 使用者所具有。 4可為 5月同時參照圖2與圖3所示，當第一可攜 第二可搞式裝置2電性連接後，則第_連接模組、^ 生裝置連結訊號31，告知第一可攜式裝h已經錢 搆式裝置2相連結，此時，使用者則開啟第一可祥:可 1之功能選單介面！5卜選擇借電模式提* 152 :、置 即可藉由第—控㈣u控㈣擇並啟動借電如=’ 所示）。 v ^ 3 备啟動借電模式15ι後，則第一控制器u係產 力請求訊號S2 ’並透過第一連接模組12 電 22傳送至第二可攜式裝置2之第二控制器2卜而第模超 制器21係依據電力請求訊號S2產生第二控制訊號〜控 第二電源管理模組23 ’故第二電源管理模組23 :依^ 12 1320986 -控制訊號S3產生第二管理訊號S4，將第二電源單 之電源V2透過第二連接模組22與第一連接模組 至第-可搞式裝置1，同時，使用者係將第一可攜裝置^ 之第=電源單元14之電源V1關閉，即藉由第—控制器I! 產生第-控制訊號S5 ’而第—電源管理模組Η係依 :控制訊號S5產生第一管理訊號S6，以關閉第一電 兀14之電源V1。使用者即可使用第二可攜式裝置 源V2作為第一可攜式裝置i之供應電源，而不會因為 —可攜式裝置1之電力不足受到影響。 _綜上所述，因依本發明之一種借電系統，當第一與第 2攜式裳置透過第-連接模組與—第二連接模組電性 時#產生裝置連結訊號以判斷啟動借電模式，並產 =一電力請求訊號以透過第—連接模組及第二連接模植 ^至第二可攜式裝置，以使第二可攜式裝置之第二電源 早疋之電源提供至第-可攜式裝置。與習知相較，本實施 :之系統，可於第一可攜式裝置電力不足或無電力 曰與第一可攜式裝置相電性連接，以共同使用二 裝置之電源，此種方式，不但可解決，當遇賴 ί故時’因第一可攜式裝置之電力不足或無電力，而造成 …'去即時撥打電話或接電話的情形，當然，更可解決於戶 2 ’因無充電裝置可充電，導致第一可攜式裝置之電源 耗盡，而無法使用的情況。 以上所述僅為舉例性，而非為限制性者。任何未脫離 本發明之精神與範嘴，而對其進行之等效修改或變更，均 13 1320986 . 應包含於後附之申請專利範圍中。 【圖式簡單說明】 圖1為顯示依本發明較佳實施例之借電系統，係具有 ' 第一可攜式裝置及第二可攜式裝置之示意圖； ' 圖2為顯示依本發明較佳實施例之借電系統，第一可 攜式裝置係與第二可攜式裝置相互電性連接之示意圖； 圖3為顯示依本發明較佳實施例之第一可攜式裝置及 • 第二可攜式裝置之示意圖； 圖4為顯示於依本發明較佳實施例之借電系統中，第 一可攜式裝置執行借電模式之流程圖；以及 圖5為顯示於依本發明較佳實施例之借電系統中，第 一可攜式裝置之第一控制器判斷啟動資料連結模式之流 程圖。 元件符號說明： 100 借電系統 1 第一可攜式裝置 11 第一控制器 12 第一連接模組 13 第一電源管理模組 14 第一電源單元 151 功能選單介面 152 借電模式提示 1320986 153 資料連結模式提示 2 第二可攜式裝置 21 第二控制器 22 第二連接模組 23 第二電源管理模組 24 第二電源單元 51 裝置連結訊號 52 電力請求訊號1320986 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to a kind of borrowing Lei Litong, Gu σ, B, but m electric music, brother, especially when one type of power is not or no power A power borrowing system that can instantly obtain electricity. [Prior Art] Due to the rapid development of personalized electronic products, the requirements for product quality, versatility and portability have been greatly improved. Nowadays, electronic communication is increasingly developed, so portable devices such as H have been personalized. An indispensable item in the product. As far as the portable device is concerned, there have been many different machines. In addition to the basic dialing and answering functions and the appearance requirements, it is light and short, and it is even more effective. ^ TM _ ° additional functions, of course, for carrying The power requirements of the power supply in the device are no exception. In the case of a portable device, it is usually configured as a power supply for the portable device as a whole, and the power of the battery is limited. Therefore, the portable device has been losing more than half of the force. R (4) Down If the user encounters an emergency, the portable device has insufficient power or no power, and the tape is reduced or unable to find the charge, which makes it impossible to make an instant call or answer the call. " 爰 Because of this, how to provide - when the portable ^ Thunder no power, can provide power immediately, so that the 5 borrowing system, is the current important class c can continue to use 6 1320986 In view of the above problems, an object of the present invention is to provide a power borrowing system that can provide power immediately when the portable device is insufficient or has no power to enable the portable device to continue to be used. In order to achieve the above object, a power-receiving system according to the present invention comprises a first portable device and a second portable device, wherein the first portable device is electrically connected to each other at least a first controller, a first® connection module, a first power management module, and a first power supply unit, and the second portable device has at least one second controller electrically connected to each other. a second connection module, a second power management module, and a second power supply unit. In the present invention, when the first connection module is electrically connected to the second connection module, the first connection module generates a device connection signal to the first controller, and the first controller determines whether to activate according to the device connection signal. The first controller generates a power request signal and a first control signal when the first controller activates the power-on mode of the first portable device. The request signal is transmitted to the second controller via the first connection module and the second connection module, the second controller generates a second control signal according to the power request signal, and the second power management module performs the second control signal according to the second control signal. The power supply unit is provided to the first portable device through the second connection module and the first connection module, and the first power management module turns off the power of the first power supply unit according to the first control signal. According to the present invention, when the first and second portable devices are electrically connected to the second connection module through the first connection module and the second connection module, the first control signal is generated to generate the first control signal. In the power-on mode, the request signal is generated to pass through the first connection module and the second connection mode 2 portable device to provide the source of the second power supply unit of the second portable device to the first portable device . Compared with the knowledge of the present invention, in the case where the first portable device is insufficient or has no power, the second electrical connection is used to electrically use the second power source. It can solve the problem that when the (4) emergency accident occurs, the portable device has insufficient or no power, and the situation that the electric device cannot be dialed immediately can be answered. Of course, it can be solved by the outdoor=charging' leading to the first-floor device. = The situation used. I, . . . [Embodiment] a kidney reference phase _ _ 'Langyi preferred embodiment of the present invention -::: electrical method, wherein the same components will be given the same reference symbol simultaneously refer to Figure i and The power-storing system of FIG. 2 includes the portable device 2 of the preferred embodiment, and the first-portable device 1 and the second device 1 are used for the first-portable shock 2 Electrical connection (as shown in Figure 2). In the present embodiment, the first-connected-the-controller u Y 糸 has at least mutual electric lightning, ° 1, a first connection module 12, a power management module 13 and a first一弟一it ^ ^ ^ . a . ^ Power supply 14, where the first device 1 has a first music controller 11, first connection module 12, 1320986 ^ power management module 13 and the first power supply unit 14 is taken as an example. In addition, the element 14 is generated, and V1 is used as the power supply during normal use: the power supply is supplied, that is, the first portable device 1 is in the original: the second can be applied: The portable device 2 has at least a second connection (four) and a second power supply second power supply unit 24. In this embodiment, the group 22 has a second controller 2 and a second connection module. The flute 22, the second power management module and the second power supply unit and the second power supply unit 24 generate a power supply V2m lean for example and Ml 2 ^4n. m -m , and the first portable device The power supply is the second device 2 for normal use: the portable device 1 and the second portable assistant are respectively a mobile phone or a person The digital assistant is here to use the first stable and stable system for the mobile phone as an example (as shown in Figure 3); and the first suppression second device 2 is 21, in the implementation of the music controller U and the second control The device n can be a microprocessor or a processing chip. μ Referring to FIG. 3, the first portable device menu of the present embodiment displays a function menu interface 15; The interface (5) can display one resource == 5_2; in addition, the 'functional user from the function menu interface 151 [, never 153, to provide set 1 for the power mode or data link (4) 5 = the current first portable function menu The interface (5) to (10) users can also use the electric mode or data connection mode. In this case, the money-saving mode prompt 152 of the type 1 is used as the example. Referring to FIG. 2, when the power supply of the power supply of the helmets Thunder and the early power supply is insufficient, the portable device 2 can be electrically connected to the portable device 1 and the first The second mode, that is, the first-portable device type device 1 performs power borrowing, and simultaneously refers to FIG. 2 to / borrow power. When =:== is as follows, electricity_, Molding... When the C2 is electrically connected, the first - U (step is called this time, the ^^^ to the first (four) hanging θ Μ Μ is 11 according to the device connection signal si: broken: no start the first portable i 1 - the power-sending mode (step S02). g determines that the first controller u activates the first portable device! In the power-down mode, the first controller 11 generates - the power request signal S2 and the - first control signal The power request signal S2 is transmitted to the second controller 21 via the first connection module 12 and the second connection module 22 (step s〇3). At this time, the second controller 21 generates the power request signal S2 according to the power request signal S2. a second control signal S3 (step SG4), and the second power management module 23 supplies the power supply V2 of the second power supply unit 24 to the first connection module 12 through the second connection module 22 according to the first control signal S3. The first portable device is step S05). The second power management module 23 of the present embodiment generates a second management signal S4 according to the second control signal S3 to control the power supply V2 of the second power supply unit 24 to be provided to the first portable device j. At the same time, the first power management module 13 is based on the first control signal 1320986 S5 to turn off the first power supply unit 14. In the embodiment, the first power management module /12V=f is rushed to S5 to generate a first management air shovel.输出According to the power supply V of the first control signal, the output is 6' to control the power-off unit Μ. Since the power-storage system of the present embodiment is 〇〇, -1 is insufficient or has no power, and is carried by Device-like connection to jointly use the second device [portable split 2-phase electric repelling device 2; the situation: 'Of course, more can be 'sounding', one can (four) set 1... exhaustion = : In addition, when it is judged that the first controller u device is connected to the signal, the _portable=1 controller 11 is based on the first-portable device 1 to transfer the electric pull type state. Please refer to FIG. 5 for the connection mode. When the first controller U does not start the power-on mode of the portable device i, the first connection signal S1 is not activated to start the first portability. The device is far away. According to the test, the first controller U starts the capital; the step-control II 11 transmits the first connection module. ,: 'receives the data of the mth device 2, or the material /:; the data of the group 22 (step S08). The portable device 1 1320986 In order to make the content of the present invention more clear, the following will list ~ Ming Yiben The borrowing wire of the preferred embodiment of the invention is hereby said to say that the first-portable device 1 and the second expandable device are included in 100; the money is a mobile phone as an example. 'When the user wants to use or happens to have the first portable device!, and finds that the power is hard, but the user does not have or can not obtain the charging device, the user can perform the power-sending mode by the electric system (10) That is, the use of the first = by the first portable device 1 is electrically connected (as shown in FIG. 3), and the device can be carried by the power supply of the second portable device 2 The second portable device 2 can be provided by another user. 4 can be May as shown in FIG. 2 and FIG. 3 simultaneously, when the first portable second engageable device 2 is electrically After the connection, the first connection module and the device connection signal 31 inform the first portable device that the money device 2 is connected. When the user opens the first can be: the function menu interface of 1 can be selected! 5 selects the power-sending mode to mention * 152 :, can be set by the first - control (four) u control (four) and start the borrowing as shown in the figure After the power-on mode 15i is started, the first controller u is powered by the request signal S2' and transmitted to the second controller of the second portable device 2 through the first connection module 12 2, the first mode super device 21 generates a second control signal according to the power request signal S2~ control the second power management module 23', so the second power management module 23: according to ^ 12 1320986 - control signal S3 generates second The management signal S4 transmits the power supply V2 of the second power supply unit through the second connection module 22 and the first connection module to the first device, and the user is the first power supply of the first portable device The power supply V1 of the unit 14 is turned off, that is, the first control signal S5' is generated by the first controller I! and the first power management module generates the first management signal S6 according to the control signal S5 to turn off the first power supply. 14 power supply V1. The user can use the second portable device source V2 as the power supply for the first portable device i without being affected by the insufficient power of the portable device 1. In summary, according to a power borrowing system of the present invention, when the first and second portable devices are connected through the first connection module and the second connection module, the device generates a connection signal to determine the activation. In the power-sending mode, the power supply request signal is transmitted through the first connection module and the second connection module to the second portable device, so that the second power supply of the second portable device is provided early. To the first - portable device. Compared with the prior art, the system of the present invention can electrically connect the first portable device with the power of the first portable device, so as to jointly use the power of the two devices. Not only can it be solved, when it comes to Lai, "because the power of the first portable device is insufficient or no power, it causes..." to call or answer the phone immediately, of course, it can solve the problem of 2' The charging device can be charged, causing the power of the first portable device to be exhausted and unusable. The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the present invention are intended to be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram showing a power-splitting system according to a preferred embodiment of the present invention, having a 'first portable device and a second portable device; 'FIG. 2 is a view showing a comparison according to the present invention. FIG. 3 is a schematic diagram showing a first portable device and a first portable device according to a preferred embodiment of the present invention; FIG. 3 is a schematic diagram showing a first portable device and a second portable device according to a preferred embodiment of the present invention; FIG. 4 is a flow chart showing a first portable device performing a power-sending mode in a power-splitting system according to a preferred embodiment of the present invention; and FIG. 5 is a view showing the present invention. In the power-splitting system of the preferred embodiment, the first controller of the first portable device determines a flowchart for initiating the data connection mode. Component symbol description: 100 power system 1 first portable device 11 first controller 12 first connection module 13 first power management module 14 first power unit 151 function menu interface 152 power mode prompt 1320986 153 data Link mode prompt 2 second portable device 21 second controller 22 second connection module 23 second power management module 24 second power unit 51 device connection signal 52 power request signal
53 第二控制訊號 54 第二管理訊號 55 第一控制訊號 56 第一管理訊號 VI、V2電源 S01-S06、S07-S08緊急借電方法之步驟53 Second control signal 54 Second management signal 55 First control signal 56 First management signal VI, V2 power supply S01-S06, S07-S08 emergency power-saving method steps
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