M253060 重 接 到 不 仍 應 案 該 諸 組 結 這 壓 規 之 厶匕 月& 壓 般 、創作說明（1) 新型所屬之技術領 本創作係關於 電壓輸出之電源供 先前技術】 目前來說，電 簡易及攜帶方便等 1 5伏特）的環境下； 同規格電壓時，僅 然有些使用上不便 裝置因而產生。 如台灣專利公 揭露了一種可提供 包池盒結構係利用 多供電池擺置之電 加以串接，而形成 到其對應之電源插 樣的方式雖然可提 輪出規袼時，首先 格將負载接上，並 f池數量來達成， 70成，而且使用者 值為多少，方能正 不瞭解電池電壓的 新型内容] 域】 一種t源供應裝置 應裝薏。 池式電源供應裝置 ’在〜些電壓需求 ’使用上蠻方便的： 需拆裝連接的電池 的感覺，因此多重 特別是 種多 在使用上因為連Λ大(例，：^ §使用者 、 數量來達成人使位用 電壓輪出電源供 告第 多種 一上 池容 數組 孔座 供多 需依 拆裝 因此 必須 確地 消費 4 2 0 3 8 8號 電壓輸出 、下盒體 槽，並以 不同電壓 上，來提 重電壓輸 照電源插 電池盒上 在使用上 知道此一 選擇所欲 者而言， 新型 之電 之頂 預定 之電 供多 出， 孔座 所標 需要 電池 輪出 將會 專利 池盒 面上 個電 池組 種電 但在 上所 示對 至少 數量 之電 造成 案，該 結構， 具設排 池容槽 ，益分 壓輸出 使用不 標示之 應電壓 兩個少 所氐配 壓值’ 困擾° 專利 其中 列有 為/ 別連 〇 同電 電壓 規格 驟才 之電 對一M253060 Reconnected to the case of the group that did not respond to the rules and regulations & pressure, creation instructions (1) The new technology belongs to the power supply of voltage output for the previous technology] At present, the electricity 15 volts) environment, such as simple and easy to carry; when the voltage of the same specifications, only some inconvenience to use the device is caused. For example, the Taiwan Patent Publication has disclosed that a package box structure can be provided in series by using multiple batteries for battery placement, and the corresponding power supply sample is formed. Although it can be lifted out of the wheel, the load is first divided. Connected to achieve the number of f-cells, 70%, and what is the user value to understand the new content of the battery voltage] Field] A t-source supply device should be installed. The pool-type power supply device is quite convenient to use 'about some voltage requirements': the feeling of needing to disassemble and connect the battery, so it is especially multi-use, because the connection is large (for example, ^ § user, quantity In order to achieve the purpose of the people, the voltage wheel is used to provide power for the first variety. The upper hole of the battery capacity array is required for disassembly and assembly. Therefore, it is necessary to consume the voltage output 4 2 0 3 8 8 and the lower box slot. In terms of voltage, to increase the voltage, the power supply is inserted into the battery box. When using this option, anyone who knows this option will have more power than the new one. The sockets marked with a battery will be patented. The battery pack on the battery box is charged with electricity, but it causes a minimum amount of electricity as shown above. This structure is equipped with a row of tanks. The output voltage of the partial pressure output uses two unspecified voltages. '' Trouble ° Patent which is listed as / Do not connect with the same electrical voltage specifications.
第5頁 M253060 四、創作說明（2) 鑒於以上的問題，本創作之主要目的在於提供一 種具有多重電壓輸出之電源供應裝置，係利用複數個電 池串接形成一串聯電源迴路，並擷取串聯電源迴路中不 同的端點，將擷取端點連接至一電壓輸出埠，以提供多 重電壓輸出規格。 因此，為達上述目的，本創作所揭露之具有多重 電壓輸出之電源供應裝置，設有一擷取模組，利用一電 池串聯電源迴路，並擷取串聯電源迴路中第二到第N極性 端的端點，與第一極性端形成一相異極性電壓，且將擷 取之不同端點，依照電壓輸出規格連接上一電壓輸出 埠，以產生不同的電壓輸出規格，使用者僅需依照所需 電壓規格，接上電壓輸出埠使用即可，無須拆裝電池數 量來達成多重電壓輸出，在使用上較方便。 v 有關本創作的特徵與實作，茲配合圖示作最佳實 施例詳細說明如下。 【實施方式】 請參照「第1圖」，係為本創作之第一實施例電路 圖，包含有擷取模組1 0及串聯電源迴路2 0。 第一實施例利用6個3號電池來作說明，其中單顆3號電池 的輸出電壓為1. 5伏特，第一實施例輸出電壓規格分別為 3伏特6伏特及9伏特，首先在串聯電源迴路2 0中第1顆電 池2 1的正極.端連接上一迴路，接下來分別擷取出第2顆、 第4顆及第6顆電池之負極端迴路，且將第1顆電池正極端 迴路連接在輸出座Π、輸出座1 2及輸出座1 3的正極側，Page 5 M253060 4. Creation Instructions (2) In view of the above problems, the main purpose of this creation is to provide a power supply device with multiple voltage outputs, which uses a plurality of batteries in series to form a series power circuit and captures the series Different endpoints in the power circuit connect the capture endpoints to a voltage output port to provide multiple voltage output specifications. Therefore, in order to achieve the above purpose, the power supply device with multiple voltage outputs disclosed in this creation is provided with a capture module that uses a battery in series power circuit and captures the terminals of the second to N-th polar terminals in the series power circuit Point, forming a different polarity voltage with the first polarity terminal, and connecting the different terminals to the voltage output port according to the voltage output specifications to generate different voltage output specifications, the user only needs to follow the required voltage Specifications, just connect to the voltage output port and use it. There is no need to disassemble the battery to achieve multiple voltage output, which is more convenient in use. v Regarding the characteristics and implementation of this creation, the best embodiment with the illustrations is explained in detail below. [Embodiment] Please refer to "Figure 1", which is the circuit diagram of the first embodiment of this creation, which includes a capture module 10 and a series power circuit 20. The first embodiment uses six No. 3 batteries for explanation. The output voltage of a single No. 3 battery is 1.5 volts. The output voltage specifications of the first embodiment are 3 volts, 6 volts, and 9 volts. The positive terminal of the first battery 21 in circuit 20 is connected to the previous circuit, then the negative terminal circuits of the second, fourth, and sixth batteries are extracted, and the positive terminal of the first battery is returned. Connected to the positive side of output base Π, output base 12 and output base 1 3,
第6頁 M253060 、創作說明（3) 丨而將第2顆、第4顆及第6顆電池之刍朽硿、 接在輸出座11、輸出座Λ之負極鈿迴路分別依序連 U之端it i# π翰β 22及輸出座13的負極側，苴中搾 規格而不同，如此 壓規格的輸出電壓座，；接格，選擇對應不同電 需-次將電池f: f 電源供應裝置，使用者只 I電壓輸出埠選擇即可的電壓規格，直接在 藉由拆裝電池數量的方：電壓規格不同， I 、請參照「第2圖' ^達成，獒而使用便利性。 丨圖，包含有一擷取模，且J10係為//V乍之第二實施例電路 |輸出目的。 j用切換方式來達到選擇多重電ί |號電池個3號電池來作說明，其中單顆3 分別為3伏特6伏特;㈡特首^ :施例輸出電壓早規顆格3 1顆電池21的正極端=^，百先在串聯電源迴路2 端迴路連接在電壓 一迴路，且將第1顆電池 模組1。分別擷取出；^座1，正極侧，接下來利“； 路端點，其中& 2顆、弟4顆及第6顆電池 ϋ取 不同。 取之端點依據所設計之輪出電；Λ端迴 卻出電壓規格而 將操取之端 切換模組40由—多^ =別連接在一切換模組40上，甘Λ 有段數顯示之開關 '切f開關組成，而該開關可二且 I 用以滅示切換電池輪出伏特Z為= 第7頁 J、創作說明（4) 換模組4 〇另—姑$ 來，當使用，連接在電麼輸出座1 5的負極側，如此一 組4 0二切換f，選擇不同輸出電壓時’只需透過切換模 咬二即可達成。 圖，其$ ^照「第3圖」’係為本創作之第三實施例電路 1 〇、电職兩重氣壓輸出電源供應裝置$ 〇包含有擷取模組 第：每Γ氣源迴路2 0及測試模組3 0。 的ί ΐ ΐ 2 用6個m電池來作說明，其中單顆3號電池 3伏特6二i ί 1.5伏特，第三實施例輸出電壓規格分別為 池21的Ϊ特9伏特，首先在串聯電源迴路20中第ί顆電 第4顆及第j，接上一迴路，接下來分別擷取出第2顆、 迴跟1 /顆電池之負極端迴路，且將第1顆電池正極端 而將ί接在輪出座1卜輸出座1 2及輸出座1 3的正極側， 接卢1 2顆、第4顆及第6顆電池之負極端迴路分別依序速 $仕輸出座11輸出座、1 2及輸出座1 3的負極侧，其中 “之端點依據所設計之輸出電壓規格而不同，如此—。 $ ’使用者僅需依照所需之電壓規格，選擇對應不 &規格的輸出電壓座，並接上即可。 % _恭、當使用者欲更換電池時’可藉由測試模組3 〇的測 =包池剩餘電量，並經由顯示單元3 1 了解電池電量狀 f、恭其中測試模組3 0具有一電池容槽3 2，用以放置待測 厂、也’該測試模組3 〇可由一直流電表儀器組成，而顯 =單元3 1可由一指針式電表頭組成。且在使用電池的前 均可透過測試模組30測試電池的電量狀態，以 = 琅佳電池使用品質。 符 M253060 、創作說明（5) 凊參照.「弟4圖」，係為太制 圖，藉由串聯電源迴路2 〇 ’擁’、、、」作之測試功能方塊 切換模組4味達成，首先掏取：：=、、測試模組3。及 池的正負極性端，依照正負極性迴路20中各個電 4 0上，其中切換模組4 〇由至d、一夕Γ^刀別接在切換模組 且該開關可為具有段數顯—^ =夕3段式切換開關組成， 組4 0切換不同單一電池迴路，使用者透過切換模 的各電池進行測試，#田太丄置1妾對串聯電源迴路20中 量不足的電池拆下更換， ΐ f完各電池後，可將電 請參昭「第f換U南使用的便利性。 圖，藉由摘莫組j、J測試^為組本^作之第，實施例電路 模組4 1來達成，本實施例^ ^用切切換模組4 Q及切換 試電池電量目的。 ’、 換方式來達到選擇測 號電池Ξ : : ί : ? 54: f電池來作說明’其中單顆〗 =虎電池的正極與負極5:;:取 ^ ^切換模組40及切換模組41的 上疋正負極性分別 才玉Ϊ ^點依序接在切換模組4〇—側Ϊ點上；;t電池的 ::;序接在切換模組…側Ξ:ί上接；= 試模^ξξ:與rrr41另-側心 41的切換，來切換欲測試；trr!模組40與切換模組 並非Ci::前述之較佳實施例揭露如上… 疋本創作，任何熟習相像技藝者，在不脫離Page 6 M253060, Creative Instructions (3) 丨 The second, fourth, and sixth batteries are connected to the negative poles of the output base 11 and the negative pole of the output base Λ in sequence and connected to the U terminal in order. it i # π han β 22 and the negative side of the output block 13 are different in the specifications of the middle press, so the output voltage block of this pressure specification; the grid, select the battery f: f power supply device corresponding to different power requirements, The user only selects the voltage specifications of the I voltage output port, which is directly determined by the number of batteries installed and disassembled: the voltage specifications are different, please refer to "Figure 2" ^ to achieve the convenience of use. 丨 diagram, Contains a capture mode, and J10 is the circuit of the second embodiment of // V. Output purpose. J Use switching mode to achieve the selection of multiple batteries | No. 3 battery and No. 3 battery for explanation, of which a single 3 is separately It is 3 volts and 6 volts; ㈡ Chief Executive ^: Example output voltage early regulation grid 3 positive terminal of 1 battery 21 = ^, Bai Xian is connected to the voltage primary circuit at the 2 terminal circuit of the series power circuit, and the first battery Module 1. Retrieve separately; ^ seat 1, positive side, and next "" end of the road, where & 2nd, 4th and 6th batteries are different. The end point is taken out according to the designed round; the Λ end returns the voltage specifications and the operating end switching module 40 is changed from-more ^ = do not connect to a switching module 40. Gan Λ has a segment number display The switch is composed of a switch and an F switch, and the switch can be used for two and I to switch off the battery wheel output volts Z = = 7 J, creative instructions (4) module replacement 4 〇 Another — when you use , Is connected to the negative side of the output socket 15 of the electric module, so that a group of 402 can be switched to f, and when different output voltages are selected, it can be achieved only by switching the mode to bite two. Figure, "$ 3" according to "3rd figure" is the circuit of the third embodiment of this creation. The electric pressure output power supply device with double pressure is included. The module includes a capture module. 0 and test module 3 0. Ί ΐ ΐ 2 uses 6m batteries as an example, of which a single No. 3 battery is 3 volts, 62 volts, 1.5 volts, and the output voltage specifications of the third embodiment are respectively 9 volts and 21 volts for pool 21. Connect the 4th and 4th battery in circuit 20 to the first circuit, and then take out the negative circuit of the 2nd battery and follow 1 / battery, and turn the positive terminal of the 1st battery to Connected to the positive side of output base 1 and output base 12 and output base 1 3, and the negative terminal circuits of 12, 4, and 6 batteries are connected in sequence, respectively. 1 2 and the negative side of the output base 1 3, where the "end point differs according to the designed output voltage specifications, so-$" The user only needs to choose the output that does not correspond to the & specification according to the required voltage specifications. The voltage socket can be connected.% _Congratulations, when the user wants to replace the battery, 'can measure by the test module 3 〇 = the remaining battery capacity, and understand the battery power status via display unit 3 1 f, respect The test module 30 has a battery container 32 for placing the factory to be tested, and the test module 30 can be DC meter instrument, and display = unit 31 can be composed of a pointer type meter head. And before using the battery, you can test the battery power status through the test module 30 to = Lang Jia battery quality. Fu M253060, creation Explanation (5) 凊 Refer to "Picture 4", which is a drawing of Tai Chi, which is achieved by the test function block switching module 4 made in series power circuit 2 0 ',' ,, '. First of all: = ,, test module 3. And the positive and negative ends of the pool are connected to each of the electrical 40 in the positive and negative polarity circuit 20, among which the switching module 40 is connected to the switching module from d to 1d, and the switch can be provided with a segment digital display— ^ = Even a 3-stage switch, group 40 switches between different single battery circuits. The user tests each battery by switching the mode. # 田 太 丄 置 1 妾 Remove and replace the insufficient battery in the serial power circuit 20 and replace it. After completing each battery, you can refer to the "convenience of using the fth unit for the use of the U. South. Figure, by testing the group j, J test ^ is the first of the group, the circuit module of the embodiment 4 1 to achieve, this embodiment ^ ^ switching module 4 Q and switching test battery power. ', Change the way to achieve the selection of the number of test batteries Ξ:: ί:? 54: f battery to explain the' single One piece = the positive and negative electrodes of the tiger battery 5:;: Take ^ ^ The positive and negative polarities of the upper and lower polarities of the switching module 40 and the switching module 41 are respectively ^ points are sequentially connected to the switching module 40-side point ;; t battery ::; sequentially connected to the switching module ... side Ξ: ί connected; = test mode ^ ξξ: switch with rrr41-side center 41 to switch the test ;! TRR module 40 and the switching module is not Ci :: embodiment disclosed as the preferred embodiment of the present creation ... Cloth, any similar those skilled in the art that without departing from the
M253060 四、創作說明（6) 本創作之精神和範圍内，當可作些許之更動與潤飾，因 此本創作之專利保護範圍須視本說明書所附之申請專利 範圍所界定者為準。M253060 IV. Creation Note (6) Within the spirit and scope of this creation, some modifications and retouching may be made. Therefore, the scope of patent protection of this creation shall be determined by the scope of the patent application attached to this specification.
第10頁 M253060 圖式簡單說明 第1圖係為本創作之第一實施例電路圖； 第2圖係為本創作之第二實施例電路圖； 第3圖係為本創作之第三實施例電路圖； 第4圖係為本創作之測試功能方塊圖；及 第5圖係為本創作之第四實施例電路圖。 【圖式符號說明】 10 擷取模組 11 3伏特電壓輸出座 12 6伏特電壓輸出座 13 9伏特電壓輸出座 15 電壓輸出座 20 串聯電源迴路 21 第1顆電池 30 測試模組 31 顯示單元 32 .電池容槽 40 切換模組 41 切換模組 50 多重電壓輸出電源供應裝置M253060 on page 10 Brief description of the diagram. The first diagram is the circuit diagram of the first embodiment of the creation; the second diagram is the circuit diagram of the second embodiment of the creation; the third diagram is the circuit diagram of the third embodiment of the creation; Figure 4 is a block diagram of the test function of the creation; and Figure 5 is a circuit diagram of the fourth embodiment of the creation. [Illustration of symbolic symbols] 10 Capture module 11 3 Volt voltage output socket 12 6 Volt voltage output socket 13 9 Volt voltage output socket 15 Voltage output socket 20 Series power circuit 21 First battery 30 Test module 31 Display unit 32 .Battery tank 40 Switch module 41 Switch module 50 Multiple voltage output power supply device
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