M439298 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種應用於電子設備之供電與儲能裝 置，尤指一種應用於電腦或數位電子設備，以提供其供電和兼具 信音倉έ的裝置，4到更玉哀-ί呆與1¾效率的能ί/承4見聋已要求。 【先前技術】 • 隨著科技進步，各種3C產品和數位手持設備的使用 普遍，不僅提供消費者更加便利的使用環境，相對的依賴 性也更加提高，而不論是上述何種電腦或電子之數位手持 設備，都需要使用電力，一般而言，係藉由一充電池作為 電力源，然而為了滿足該手持設備輕薄美觀和方便攜行的 設計與使用要求，該充電池的容量就不可能太大，因此在 使用時，消費者最大的困擾，就是擔心電池電量是否足 夠，因此使用上多有限制和不便。 φ 其次對於一些如數位攝影設備、伺服電腦、遠端控制 模組和保全監控系統等常駐型電子設備，其不僅需要穩定 的電力供給，進一步能提供高效率、低功耗的供電和儲能 裝置，當更能符合環保和國家能源規範的要求。 【新型内容】 本創作之主要目的，在改善習用之缺失，以提供一種 高效率、低功耗的供電和儲能裝置，達到更環保節能的目的。 本創作之次要目的，在提供一種應用於電子設備之供電 3 M439298 f錯能裝置，可滿足大多數電子麟的 和可攜行之目的要求。 南欠具使用多讀 本創作之再一目的，係提供一種應用於 備用電; 為達上述目的，本創作採用之技術方一 於電子設備之供電與儲能裝置，包括： …、’一種應用 組工作電壓輸出予控制模組； -機體，包含··-常備供· ’具有__/直流電轉 換器，將交流電輸人電力轉換為—直流電力細，及具有至少一 一備源電力额，連接機體外部之直流電供給輸人，且將該 具有-額定電叙直流電輸料控制模組； -控制模組’與常備供電模組和備源電力模組输，並_ 其工作獅額糊之飾，斷算後分觀得並定義為第 一、第二賴參數值，以決定其任—電齡數值為高者，將其導 通且為電子設備供電； 用以輸出電力予電 以及控制模組具有一連接埠，該連接埠， 子設備，另該控制模組耦接一儲能模組；M439298 V. New Description: [New Technology Field] This creation is about a power supply and energy storage device for electronic devices, especially one for computers or digital electronic devices to provide power and both. Cangjie's installation, 4 to more jade ί - ί stay with 13⁄4 efficiency can be required. [Prior Art] • With the advancement of technology, the use of various 3C products and digital handheld devices is widespread, which not only provides consumers with a more convenient use environment, but also increases relative dependence, regardless of the computer or electronic digits mentioned above. Handheld devices need to use electricity. Generally speaking, a rechargeable battery is used as a power source. However, in order to meet the requirements of design and use of the handheld device, the rechargeable battery can not be too large. Therefore, when using it, the biggest trouble for consumers is to worry about whether the battery is sufficient, so there are many restrictions and inconveniences in use. φ Secondly, for some resident electronic devices such as digital photography equipment, servo computer, remote control module and security monitoring system, it not only needs stable power supply, but also provides high efficiency, low power consumption power supply and energy storage device. When more in line with the requirements of environmental protection and national energy regulations. [New content] The main purpose of this creation is to improve the lack of custom to provide a high-efficiency, low-power supply and energy storage device to achieve more environmentally friendly and energy-saving purposes. The secondary purpose of this creation is to provide a power supply for electronic equipment. 3 M439298 f fault-tolerant device can meet the requirements of most electronic and portable purposes. Another purpose of using the multi-reader creation is to provide a kind of application for standby power; for the above purposes, the technology used in this creation is for the power supply and energy storage device of the electronic device, including: ..., an application group The working voltage is output to the control module. - The body, including ··- is always available. ·With __/DC converter, converts the AC input power into - DC power, and has at least one source power, connected The DC power supply outside the body is input to the human, and the control module with the - rated electric current DC power transmission control; - the control module is connected with the standing power supply module and the standby power module, and After the calculation, it is divided into the first and second parameter values to determine the highest value of the electrical-age age, which is turned on and supplies power to the electronic device; The device has a connection port, the connection port, the sub-device, and the control module is coupled to an energy storage module;
該儲能模組與控制模組勝控制模組偵測餘能模組之端電 經運算後取得1三電壓參練，該第三參數值和所述 4 第第—電壓參數值運算比較’其中該第三電壓參數值大於第 一第一電壓參數值時’由儲能模組供電予電子設備，或第三參 J於第或第二參數值任一時，通過控制模組對儲能模組充 電。 通過上述技術方案’本作作可以提供電子設備穩定的 供電品質，同時具有高效率、低功耗的節能表現，進一步 具有監控報警功能，乃大幅提昇便利性和滿足使用者 求。 【實施方式】 百請參閱第一〜四圖所示，本創作一種應用於電子設備 之供電與儲能裝置，包括： 一機體10,其中該機體10具有一前板n和一背板12, 5亥連接埠51設於背板12上，以輸出電力予電子設備2〇， 以及該前板11設有電源開關13和顯示燈號14，其該前 板11兩端侧係分別設有一定位孔15和一拉耳16，以提 供可將機體10定位於如工業電腦之機箱櫃體17内（參考 第六圖）； 一常備供賴組30 ’具有—交流電/直流電轉換器，將交流 電輸入電力繼為-直流電力如，及具有至少確工作電壓輸 出予控制模組50; 一備源電力模組4〇,係連接機體1Q外部之風力或太陽能等 再生能源的直流電供給輸人，或者該備援電力模組4〇， 亦可選擇連接機體1G外部之車辆或_船舶電源之任1 直流電作為供給輸人；邮該具有—額定電壓之直流電輪出 予控制模組50; -控制模組50，與常備供賴組3()和備·力模組仙轉 接，並偵測紅作電壓和額定輕之賴值，經計算後分別取得 並定義為第-、第二電壓參數值，以決定其任—電壓參數值為高 者，將其導通且為電子設備20供電，該電子設備2〇(參考第 五圖）係包含數位攝影鏡頭2〇a、手持數位設備或電腦 設備2〇b、無線路由器2〇c、词服器數位資訊處理設備2〇 等之任一或其組合。 、控麵、、且50具有一連接淳5卜該連接埠係設於背 ㈣内面上’該連鱗51，至少包含電力連接器52和一信 號連接。。53用以輪出電力予電子設備别和雙向信號傳輸， 另該控制模組5G_i能模組6〇; 其具有二極柱61，通過 該儲能模組60,包含多數充電池， M439298 該二極柱61與控制模組50設於連接埠Η的電接頭5_，控 制模組5(H貞測儲能模組6〇二極柱61之端賴，經運算後取得 -第三電壓參數值’該第三電壓參數值和所述第―、第二電壓參 數值運算讀，射娜三輕參練大於第—鱗二電壓參數 值時，由雛魅6G供奸t子設備2{)，或第三參數值小於第 1第二參數值任一時’通過控麵組5g對儲能模組⑼充電。 该控制模組50係内建有監控及報警單元(圖未示)。 或監控及報警單元叙少_常備供電模纟請之交流電 =輸入、控制模組5G之電力輸出、機體1()内部溫度和儲 能模組6。的端電壓工作狀態並予以監控，以及在工作狀 p異常時’該連接埠51係可通過信號連接器53連結網際 網路或無線電通信（GpRS)之任—方式向遠端報警。 7 M439298 【圖式簡單說明】 第一圖、係本創作之立體外觀示意圖。 第二圖、係本創作之背視立體圖。 第三圖、係本創作之配置示意圖。 第四圖、係本創作之電路方塊圖。 第五圖、係本創作之使用狀態參考圖。 第六圖、係本創作之另一使用狀態參考圖。 M439298 【主要元件符號說明】 10 機體 20c 無線路由器 11 前板 20d 數位資訊處理設備 12 背板 30 常備供電模組 13 電腦開關 40 備源電力模組 14 顯示燈號 50 控制模組 15 定位孔> 51 連接埠 16 拉耳 52 電力連接器 17 櫃體 53 信號連接器 20 電子設備 54 電接頭 20a 數位攝影鏡頭 60 儲能模組 20b 電腦設備 61 極柱The energy storage module and the control module win control module detect the end of the power module to obtain a voltage training, and the third parameter value and the fourth first voltage parameter value comparison operation Wherein the third voltage parameter value is greater than the first first voltage parameter value when the power is supplied to the electronic device by the energy storage module, or the third parameter is used by the control module to the storage mode Group charging. Through the above technical solution, the present invention can provide stable power supply quality of electronic equipment, and has high efficiency, low power consumption and energy saving performance, and further has a monitoring and alarming function, which greatly improves convenience and satisfies users. [Embodiment] As shown in the first to fourth figures, the present invention relates to a power supply and energy storage device for an electronic device, comprising: a body 10, wherein the body 10 has a front plate n and a back plate 12, The 5H connection port 51 is disposed on the back plate 12 to output power to the electronic device 2, and the front plate 11 is provided with a power switch 13 and a display lamp number 14, and the front plate 11 is respectively provided with a positioning on both ends thereof. The hole 15 and a puller 16 are provided to position the body 10 in a cabinet 17 such as an industrial computer (refer to the sixth figure); a standing supply group 30' has an alternating current/direct current converter, and inputs an alternating current The power is followed by -DC power, for example, and has at least a working voltage output to the control module 50; a standby power module 4〇 is connected to the DC power supply of the regenerative energy such as wind power or solar energy outside the body 1Q, or The backup power module is 4〇, and can also be connected to the vehicle outside the 1G body or 1 DC power of the ship power supply as the supply and input; the DC-powered control module 50 with the rated voltage; Group 50, with the standing supply group 3 ( And the relay module is switched, and the red voltage and the rated light value are detected. After calculation, the values of the first and second voltage parameters are respectively determined and determined to determine the value of the arbitrary voltage value. The high one, which turns on and supplies power to the electronic device 20, the electronic device 2 (refer to the fifth figure) includes a digital camera lens 2a, a handheld digital device or a computer device 2〇b, a wireless router 2〇c, a word Any one or a combination of the server digital information processing devices 2, and the like. The control surface, and the 50 has a connection 淳5. The connection 埠 is disposed on the inner surface of the back (four). The squama 51 includes at least a power connector 52 and a signal connection. . 53 is used to turn off power to the electronic device and two-way signal transmission, and the control module 5G_i can be a module 6; it has a two-pole column 61, through which the energy storage module 60 includes a plurality of rechargeable batteries, M439298 The pole 61 and the control module 50 are disposed on the electrical connector 5_ connected to the cymbal, and the control module 5 (H 贞 储 储 储 储 〇 〇 , , , , , , , , , , , , , , 第三 第三 第三 第三'The third voltage parameter value and the first and second voltage parameter values are calculated and read, and when the Shina three light training is greater than the first-scale two-voltage parameter value, the younger 6G traitor t sub-device 2{), Or when the third parameter value is less than any of the first and second parameter values, the energy storage module (9) is charged through the control group 5g. The control module 50 has a built-in monitoring and alarm unit (not shown). Or the monitoring and alarm unit is less _ the regular power supply mode 交流 AC = input, control module 5G power output, body 1 () internal temperature and energy storage module 6. The terminal voltage is operating and monitored, and when the service p is abnormal, the port 51 can be connected to the Internet via the signal connector 53 to connect to the Internet or radio communication (GpRS). 7 M439298 [Simple description of the diagram] The first picture shows the three-dimensional appearance of the creation. The second picture is a perspective view of the back of the creation. The third picture is a schematic diagram of the configuration of the creation. The fourth picture is a block diagram of the circuit of this creation. The fifth figure is a reference diagram of the state of use of the present creation. The sixth figure is another reference state of the use state of the present creation. M439298 [Main component symbol description] 10 Body 20c Wireless router 11 Front panel 20d Digital information processing equipment 12 Backplane 30 Standing power supply module 13 Computer switch 40 Standby power module 14 Display light 50 Control module 15 Positioning hole > 51 Connection 埠16 Puller 52 Power connector 17 Cabinet 53 Signal connector 20 Electronic equipment 54 Electrical connector 20a Digital photographic lens 60 Energy storage module 20b Computer equipment 61 pole