1261399 九、發明說明： 【發明所屬之技術領域】 本發明侧於—種感應電池充電裝置，翻 感應電池充電裝置。 正口式 【先前技術】 目耵來講，可攜式電子裝置由於其使用方便性， 使用者的青睞，但其充電方式卻也常造成使用者困擾。又 ，充電方式多為習知傳導式充電方式，也就是利用全 =相接觸後’將電能導人電池内來進行充電，這種 ， 有充電環境上的_(例，水τ)，還必财多魏池^ (例，18.5伏特，15伏特，10伏特等)及多 制。 ，6ΗΠ接腳，7Ριη接腳等），搭配1 專屬例， 者/ϋ時，需要有專屬的充電座或專屬直流DC ^ 士右使用者同㈣輯多種可攜式電子裝置充電電池進行 非^便Μ要攜帶錄專屬的充絲，造成制者在充電時 【發明内容】 式於以上的問題’本發明的主要目的在於提供一種整合式 :二ί充餘置，藉由—種感應式充電方式，除了可以在習 法工作環境下進行充電作業，並能針ii 種不同規格介面之電池進行充電。 電f ΐΐ ’本發明所揭露之整合式感應電池充 動^組二if芬ί應核組，第二感應模組，偵測模組’啟 庫式-、也rUi波模組來達成’利用充電裝置偵測到感 池後，開始啟動充電裝置進行充電作業，電池端的第二 ΐίΐίϊ:到ΐϊ流電壓經由整流與濾波後，產生—直流 傳以電方式，可在習知 兄(例，水中）下進行充電作業。 1261399 利用設計電池端的第二感應模組，可以讓感應充電裝置對 不同規格的感應電池進行充電，這樣一來使用者僅需攜帶一種 充電裝置即可’解決因為不同電池規格而需專屬充電裝置的問 題，增加使用便利性。 < 有關本發明的特徵與實作，茲配合圖示作最佳實施例詳細 說明如下。 ' ' 【實施方式】 明麥fe「第1圖」，係為本發明之功能方塊圖，本發明為 =整合式感應電池充電裝置，係電磁感應原理對充電電 丁Ϊ電作業，包括有偵測模組1G、啟動模組2G、第-感 ίίίΓ9()第二感應模組6G、整流模組7G、濾波模組80及 池端ΐ模=綠端5g，綱技—_訊號給電 產生一啟動 回應讯號，以表不充電電池90存在，並 效控制電充電健，利關_方式，可以有 端50還持續動作，避免在沒有進行充電作業時，充電 的干擾問題等，^應龟磁波，造成周邊訊號傳送或接收裝置 方式可由雷磁rtf至於人體的危害，其中偵測模組10的摘測 啟應方式或屋電感應方式來達成。 後，導通一充兩♦連接於该偵測模組，當接收到啟動訊號 電能，其中啟源開關，用以提供第一感應模組30所需之 成，且利用啟動=20由至少一金屬氧化半導體電晶體組 提供第°^_發金屬氧解導體電晶體關導通，以 第-ifif30所需之電能。 叙30可由30 ’與啟動模組20相接，其中第一感應模 轉換為磁能形式:泉圈組成，在充電開關導通後，將輸入電能 感應模、組^〇^1叙60，與充電電池90 —體設置，用以將第一 之感應磁場轉換為感應電壓形式，其中第二 1261399 感應模組60可由一感應線圈組成，並依據各種電池規格所需 之充電電壓，而設計其感應線圈數，藉以產生各種充電^池g 需的感應電壓，以符合多種電池規格在充電時 ^ ’以達到充電座即可對多種規格的電池進行充電^ 系0 模^nim 第一彳_镆殂0υ邳楼，用以將第二感應 、f 60感應產生之交流電壓整流為直流電壓，因 充=感應模組60感應電壓為交流電壓，而充電電池9〇而所需 ϊ需透過整流模組7〇來將其交流電 組1 專為直流電屋，其中整流模組70可由橋式(Bridge)整流器 是組70相接’因為奴後的直流不 其中遽波效率， 成。 職夕％感與至少1容並聯迴路組 請參照「第2圖」，係為本發明之電路 ，流電壓’經由偵測模組觸發啟動模組 $ ，屬氣化半導體f晶體a與金屬 文軸、、且2〇由 ，用交流電壓依照正負半週的不同♦人=體22組成’ ，2i與金屬氧化半導體電晶金屬氧化半導體電 弟；感應模組3〇產生-交變式感應磁場不藉由 〇可由一感應線圈31組成。 /、中弟感應模組 接下來第二感應模組60在接收刹六,υ # 應顧，將交變式感翻場1 ，二感應模組60可由一感應線圈6 應π禱，其 =、依據第二感賴組6Q所設計的應電壓的大 中感應交流電壓首綠終雜# 7 感應電壓。 挺誕70可由二極體71與二極體7 進仃极，其中整流 G組成’再經由濾波模組80 399 Ϊί慮波，其中遽波模組80可由電感器81與電容器82並聯 電源ί 半週時’整流二極體71導通，正半週 善其直流波形，^半81與電容器從改 源4敕泣貝牛週寸，整流二極體72導通，負半週電 善其ϋΐ形肢72迴路，—樣經由電感器81與電容器82改 82放其電中原電4；、儲存於電容器82上，在藉由電容器 電容哭叩、盥右帝^、私池進仃充電，當充電電池電壓充飽時， 從無；再^充形等電位狀態，因此電容器 會有過充之^題進订充電動作，所以不用擔心充電電池 之整合式感應電池充電裝置，可以將多種充電規林 用-種充電裝置來完成，且⑶ 、雖缺限，環境的優點，提高使用便利性。 I、、、、本赉明以丽述之較佳實施例揭露如上，鈇豆 二=可藝者，在不脫離本；明之= ^須視本呆護範 【圖式簡單說明】 ，1圖係為本發明之功能方塊圖；及 第2圖係為本發明之電路圖。 【主要元件付"5虎說明】 1〇 彳貞測模组 20 啟動模組 21 金屬氧化半導體電晶體 22 金屬氧化半導體電晶體 30 第一感應模組 31 感應線圈 充電端 第二感應模組 感應線圈 整流模組 整流二極體 整流二極體 遽波模組 電感器 電容裔 充電電池 電池端 91261399 IX. Description of the Invention: [Technical Field] The present invention is directed to an inductive battery charging device and an inductive battery charging device. Positive mouth type [Prior Art] In view of the fact, portable electronic devices are favored by users because of their convenience of use, but their charging methods often cause user troubles. Moreover, the charging method is mostly a conventional conductive charging method, that is, after the full-phase contact is used, the electric energy is introduced into the battery for charging, and thus, there is a charging environment _ (for example, water τ), and it is necessary Cai Duo Wei ^ (example, 18.5 volts, 15 volts, 10 volts, etc.) and multi-system. , 6ΗΠ pin, 7Ριη pin, etc.), with 1 exclusive case, when /ϋ, you need to have a dedicated charging stand or dedicated DC DC ^ Right user with (4) a variety of portable electronic devices rechargeable battery for non-^ The note is to carry the exclusive filling wire, causing the maker to charge. [Inventive content] The above problem is 'the main purpose of the present invention is to provide an integrated type: two charging, by inductive charging In addition to the charging operation in the custom working environment, the battery can be charged with a battery of different specifications. Electric f ΐΐ 'The integrated induction battery disclosed in the present invention is a group of two IF cores, a second sensor module, a detection module 'open library type', and also a rUi wave module to achieve 'utilization After the charging device detects the sensory pool, it starts to start the charging device for charging operation, and the second end of the battery terminal: after the turbulent voltage is rectified and filtered, the DC current is generated by electricity, which can be used in the Xiong brother (eg, water) Under the charging operation. 1261399 Using the second sensor module designed on the battery side, the inductive charging device can charge different types of induction batteries, so that the user only needs to carry a charging device to solve the need for a dedicated charging device due to different battery specifications. Problem, increase the convenience of use. <Details of the present invention are described in detail with reference to the preferred embodiments of the invention. ' ' [Embodiment] Ming Mai fe "1st picture" is a functional block diagram of the present invention. The present invention is an integrated sensor battery charging device, which is an electromagnetic induction principle for charging electric power, including detecting Test module 1G, start-up module 2G, first-sensory 9 () second sensor module 6G, rectifier module 7G, filter module 80 and pool-side mode = green end 5g, the main technology - _ signal to generate a start Respond to the signal, to indicate that there is no rechargeable battery 90, and to control the electric charge, and the _ mode can continue to operate at the end 50, avoiding the interference problem of charging when the charging operation is not performed, etc. The method of transmitting or receiving the peripheral signal may be caused by the lightning rtf to the human body, and the detection module 10 may be implemented by the method of picking up the test or the method of detecting the electric power of the house. After being connected to the detection module, when the activation signal power is received, the source switch is used to provide the required structure of the first sensing module 30, and the start-up=20 is used by at least one metal. The oxidized semiconductor transistor group provides the electrical energy required for the first-ifif 30 to be turned off by the metal oxide-decomposing conductor transistor. The reference 30 can be connected to the starter module 20 by 30', wherein the first induction mode is converted into a magnetic energy form: a spring circle composition, after the charging switch is turned on, the input power induction mode, the group ^〇^1, 60, and the rechargeable battery The body is configured to convert the first induced magnetic field into an induced voltage form, wherein the second 1261399 sensing module 60 can be composed of an induction coil and the number of induction coils is designed according to the charging voltage required by various battery specifications. In order to generate various charging voltages required for the battery, in order to meet a variety of battery specifications during charging ^ 'To reach the charging stand, you can charge a variety of batteries ^ ^ 0 ^ nim first 彳 _ 镆殂 0 υ邳The floor is used to rectify the AC voltage generated by the second induction and the f 60 to a DC voltage. The charging voltage of the sensing module 60 is an AC voltage, and the rechargeable battery is required to pass through the rectifier module. The AC group 1 is designed as a DC house, wherein the rectifier module 70 can be connected to the group 70 by a bridge rectifier because the DC after the slave is not the chopping efficiency. Please refer to "Figure 2" for the sense of duty and at least 1 capacitive parallel circuit group. It is the circuit of the present invention. The flow voltage 'trigger the start module $ via the detection module, which belongs to the vaporized semiconductor f crystal a and the metal text. Axis, and 2〇, with AC voltage according to the difference between positive and negative half cycles ♦ human = body 22 composition ', 2i and metal oxide semiconductor electro-crystalline metal oxide semiconductor electric brother; induction module 3 〇 generation - alternating induced magnetic field It can be composed of an induction coil 31 without being used by 〇. /, the younger sensor module next to the second sensor module 60 in the receiving brake six, υ # should be considered, the alternating sense of the field 1 , the second sensor module 60 can be an induction coil 6 should π prayer, its = According to the second sense group 6Q, the large and medium-sensing AC voltage of the voltage should be designed. The 70 can be made up of the diode 71 and the diode 7 into the drain, wherein the rectification G is composed of 'filter module 80 399 , 虑 wave, wherein the chopper module 80 can be connected by the inductor 81 and the capacitor 82. At the end of the week, the rectifying diode 71 is turned on, and the positive half-circle is good for its DC waveform. ^Half 81 and the capacitor are changed from the source 4 to the weeping cow, the rectifying diode 72 is turned on, and the negative half-circle is good. The 72 circuit, the sample is replaced by the inductor 81 and the capacitor 82, and the electric source 4 is placed; the capacitor is stored on the capacitor 82, and is cried by the capacitor capacitor, the right armor, the private pool is charged, and the battery is charged. When the voltage is full, it is never; then it is filled with the equipotential state, so the capacitor will have an overcharged charge. Therefore, there is no need to worry about the integrated battery charging device for the rechargeable battery. - A charging device to complete, and (3), although limited, the advantages of the environment, improve the convenience of use. I,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, It is a functional block diagram of the present invention; and FIG. 2 is a circuit diagram of the present invention. [Main components pay "5 tiger description] 1 test module 20 start module 21 metal oxide semiconductor transistor 22 metal oxide semiconductor transistor 30 first sensor module 31 induction coil charging end second sensor module induction Coil Rectifier Module Rectifier Diode Rectifier Diode Chopper Module Inductor Capacitor Rechargeable Battery Battery Terminal 9