M308558 八、新型說明： 【新型所屬之技術領域】 本創作為有關於一種具電壓輸出功能之可攜式充電裝置，特別是 指藉由電源供應器及太陽能電池板針對可充電式電池充電，而電源輸 —出插座係供及外接電子產品所需之電源，藉此發展出具有多附加功 ^能、降低能源消耗及避免環境遭受二次污染之充電器， 【先前技術】 馨目前可攜帶式電子產品日漸普及，對於電池的需求量也因此越來 越大。一般電池因具有無法充電與用完即丟的特性，因此使用上將造 成相當大置的廢棄電池，對環保而言是一大傷害。所以許多可重複充 、電之充電電池及充電器亦相繼被研發出來，也越來越受到市場上的重 、視及歡迎。 而-般充電H普遍以市電作為充電的來源，市電具有電源供應相 當穩定的優點，但卻有各國電壓規料符、不能隨身攜帶充電、不夠 Φ便利等缺點；而可接於車用電源之充電器在使用上，雖然較市電的方 便’但卻只限定車内使用，殊不理想。 、因此目前業界開始發展出太陽能充電[該太陽能充具有可 •隨身攜帶、即時充電及環保節能㈣點，因此相#受到重視。 而太陽能充電n軸具有相當多的伽，但也受季節、天氣的變 ，與伏晚的影響’使得太陽能無法連續供應，及具有光轉電能效率不 高的缺點。 因此，如何將前述充電!I整合顧，並發展出具有多附加功能之 M308558 充電裔’即為本案創作人所欲解決的技術困難點所在。 【新型内容】 有感於上述案件之問題癥結所在，因此本案創作人乃運用其學理 知識潛心研究，終而創新一種充電器以供產業利用。 為達上揭目的以及其他目的，本創作提供一種具電壓輸出功能之 可攜式充電裝置’包含有—充電座、—電源供應器及—太陽能電池板·· "亥充電座，包括有一殼體、一底座及一電路控制裝置，該殼體一 •側面係組接底座，該底座及殼體之間係設有電路控制裝置，該電路控 制裝置叹有-電源輸入插座、一 電源輸入插座、至少一個電源輸 出插座、-充電模組、—第—充電控制電路、—第二充電控制電路及 、一電源輸出電路，該電源輸入插敍一 USB魏輸入插座係分別係連 、接第—充電控㈣路及第二充電控制，用以作為繼續充電或者截 止充電之觸，而充賴_供予可充電式電池容置，該可充電式電 池係相連於電源輸出電路，該電源輸出電路係連接電源輸出插座，以 _供及外接電子產品所需之電源； 该電源供應器，插接於雷源於4 古… $顯人插座，顧以供給充電模組進行 ，並用以接收光能提 該太陽能電池板，插接於USB電源輸入插座 供給充電模組進行充電。 藉由上述技術手段，本創作可以改進習知缺失 耗、避免環境遭受二次污染，具以mi β +、 料低m 濟效益者的優點 ^ 4成娜縣，並觀發揮最佳經 M308558 【實施方式】 有關於本創作所_之技術、手段及其達成功效，_較佳實施 例並配合®斜細制如後，滅#可由之得深人而具體的瞭解。 請配合參閱第-圖至第三圖及第六圖所示，本創作之具電壓輸出 功能之可攜式充電裝置，用輯可充式電池充電，包含有—充電座卜 -電源供應H 2及-太陽能電池板3。在可行實施财，針對四個可 充電式電池4充電’ _1_以兩個構成—組，分別為第—組充電電池犯 及第二組充電電池41。 该充電座1，包括有-殼體u、一底座12及一電路控制褒置^， 該殼體11 -侧面係罩設有一可掀式蓋板⑴，且殼體u另一側面係 ，組接底座12，該底座12及殼體n之間係設有電路控制裝置13，該電 -路控制裝置13設有-電源輸人插座13卜—電源輸人插座132、 一第-電源輸出插座133、-第二電源輸出插座134、數燈光源135、 數充電指示燈136、-燈光控制鍵137、一切麵138及一充電模組 ► 139 ’其中，電源輸入插座131及一 USB電源輸入插座132係分別供以 電源供應器2及太陽能電池板3插接專用，而第一電源輸出插座133 _及第二電源輸出插座134係用以提升電壓，以供及外接電子產品所需 之電源，例如：外接電擊棒移動電話、掌上電腦、pDA、數碼相機、Gps、 MP3及隨身聽等等電子產品。所述之燈光源135係由可充電式電池4 供應電力，並藉由燈光控制鍵137控制開啟及關閉，而充電模組139 係可用以對AA鎳氫電池(3號充電電池)及AAA鎳氫電池(4號充電電池) 進行充電（如第四圖及第五圖所示），且透過充電指示燈136的顏色變 M308558 化顯示充電狀態，未放電池時充電指示燈136不亮燈，並藉由切換鍵 138控制切換針對所需的可充電式電池4充電。 該電源供應器2，係具有一 AC-DC變壓器21及一車用電源插接器 22 ’該AC-DC變壓器21係連接市電，將交流電源10〇v至240V降低轉 換至直流電源9V至12V，並供給充電模組139對至少一組之第一組充 電電池42及第二組充電電池41進行充電；而車用電源插接器22係連 接車用電源’將直流電源12V至13· 8V供給充電模組139對至少一組 籲以上之第一組充電電池42及第二組充電電池41進行充電，並個別透 過充電扣示燈136之顏色變化，例如：紅色表示充電中，綠色表示完 成充電’藉此讓使用者清楚且快速地辨別電池充電狀態。 该太陽能電池板3，吸收光能提供給充電模組139對第一組充電M308558 VIII. New Description: [New Technology Field] This creation is about a portable charging device with voltage output function, especially for charging rechargeable battery by power supply and solar panel. The power input-output socket is used for power supply for external electronic products, thereby developing a charger with multiple additional functions, reducing energy consumption and avoiding secondary pollution of the environment. [Prior Art] Xin is currently portable Electronic products are becoming more and more popular, and the demand for batteries is also increasing. Generally, the battery has the characteristics of being unable to be charged and used up, so the use of the battery will cause a considerable amount of waste batteries, which is a great harm to the environment. Therefore, many rechargeable batteries and chargers that can be recharged and recharged have also been developed, and are increasingly being valued, welcomed and welcomed in the market. The general charge H generally uses the mains as the source of charging. The mains has the advantage of stable power supply, but it has the disadvantages of voltage gauges, can't carry and charge, and is not convenient. It can be connected to the vehicle power supply. The charger is used, although it is more convenient than the mainstay, but it is only limited to the use of the car, it is not ideal. Therefore, the current industry has begun to develop solar charging [this solar charging has the ability to carry around, instant charging and environmental protection and energy saving (four) points, so the phase # is valued. The solar charging n-axis has quite a lot of gamma, but it is also affected by the season, the weather, and the late volts, which makes the solar energy unable to be continuously supplied, and has the disadvantage that the light-to-electricity efficiency is not high. Therefore, how to integrate the aforementioned charging!I and develop the M308558 charging person with many additional functions is the technical difficulty point that the creator of the case wants to solve. [New content] I feel that the problem of the above case is the crux of the problem. Therefore, the creator of this case used his academic knowledge to study hard and finally invent a charger for industrial use. In order to achieve the purpose and other purposes, the present invention provides a portable charging device with a voltage output function, including a charging stand, a power supply, and a solar panel, and a housing. a body, a base and a circuit control device, the side of the casing is connected to the base, and a circuit control device is arranged between the base and the casing, the circuit control device sighs - a power input socket, a power input socket At least one power output socket, a charging module, a first charging control circuit, a second charging control circuit, and a power output circuit, the power input plug-in USB USB input socket is respectively connected and connected to the first charging The control (four) way and the second charging control are used as a continuous charging or a cut-off charging touch, and are used for charging the rechargeable battery. The rechargeable battery is connected to the power output circuit, and the power output circuit is connected Connect the power output socket to the power supply for the external electronic product; the power supply is plugged into the Lei source in 4 ancient... The charging module performs and receives the light energy to lift the solar panel, and is plugged into the USB power input socket to supply the charging module for charging. With the above technical means, this creation can improve the conventional loss of consumption, avoid secondary pollution of the environment, and have the advantages of mi β +, low m benefits. 4 Cheng Na County, and play the best through M308558 Embodiments </ br> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; Please refer to the figures - to the third and sixth figures. The portable charging device with voltage output function is charged with a rechargeable battery, including - charging stand - power supply H 2 And - solar panel 3. In the feasible implementation, the four rechargeable batteries 4 are charged '_1_1' in two constituent groups, respectively, the first group of rechargeable batteries and the second group of rechargeable batteries 41. The charging stand 1 comprises a casing u, a base 12 and a circuit control device. The casing 11 - the side cover is provided with a cover plate (1), and the other side of the casing u is a set. Connected to the base 12, between the base 12 and the casing n is provided with a circuit control device 13, the electric-road control device 13 is provided with a power input socket 13 - a power input socket 132, a first power output socket 133, a second power output socket 134, a plurality of light source 135, a number of charging indicators 136, a light control button 137, a face 138 and a charging module ► 139 ', wherein the power input socket 131 and a USB power input socket The 132 series are respectively provided for the power supply 2 and the solar panel 3 to be plugged, and the first power output socket 133 _ and the second power output socket 134 are used to boost the voltage for the power supply of the external electronic product. For example: external electric shock stick mobile phones, handheld computers, pDA, digital cameras, GPS, MP3 and Walkman and other electronic products. The lamp light source 135 is supplied with power from the rechargeable battery 4, and is controlled to be turned on and off by the light control button 137, and the charging module 139 can be used for the AA nickel-hydrogen battery (the rechargeable battery No. 3) and the AAA nickel. The hydrogen battery (No. 4 rechargeable battery) is charged (as shown in the fourth and fifth figures), and the color of the charging indicator 136 is changed to M308558 to display the charging state, and the charging indicator 136 is not illuminated when the battery is not discharged. The switching is controlled by the switch button 138 to charge the desired rechargeable battery 4. The power supply 2 has an AC-DC transformer 21 and a vehicle power connector 22'. The AC-DC transformer 21 is connected to the mains, and converts the AC power supply from 10 〇v to 240V to a DC power supply of 9V to 12V. And supplying the charging module 139 to charge at least one of the first group of rechargeable batteries 42 and the second group of rechargeable batteries 41; and the vehicle power connector 22 is connected to the vehicle power supply 'DC power supply 12V to 13·8V The charging module 139 charges at least one group of the first group of rechargeable batteries 42 and the second group of rechargeable batteries 41, and individually changes the color of the charging button 136, for example, red indicates charging, and green indicates completion. Charging 'by this allows the user to clearly and quickly identify the state of charge of the battery. The solar panel 3 absorbs light energy and supplies the charging module 139 to charge the first group
電池42或第二組充電電池41其中一組充電電池進行充電，並透過充 ^指示燈136之顏色變化，如：紅色表示充電中，綠色表示完成充電， 藉此讓使用者清楚且快速地辨別電池充電狀態。 另外特別一提的是，經由太陽能電池板3所輸出電壓明顯低於電 源縣器2輸出賴，因此必須分別透過不_充電電路進行充電； 而第一電源輪it{插座133及第二電源輸出插座134配合内建及外接之 “子產ua的運用’因此必須以另外的電壓轉換電路進行電壓的轉換。 月併> 閱中七闺及弗八_，該電路控制裝置，有第一充電控制電 路、第二充電控制電路60及電源輸出電路7〇，其中電源供應器2 :、由電源輸入插座131相連於第一充電控制電路5〇，而太陽能電池 、二由USB電源輸入插座132相連於第二充電控制電路，係對可 8 M308558 充電式電池4進行充電，該可充電式 7〇, U 4 _連於電源輸出電路 7〇並错由所述之弟一電源輸出插座133及第二電源輸出插錢輸 出不同電壓，供内建或外接之電子產品的運用。 前述之第-充電控制電路50，包括—脈衝寬度調整電路5〇ι、— 充電控·逝、-比較器5G3及—第_輪出控制器5Q4，該充電控制 益通控制脈衝寬度調整電路5〇1 (p.W Mc〇ntr〇i C M)，利用脈The battery 42 or the second group of rechargeable batteries 41 is charged by a group of rechargeable batteries and changes in color through the charging indicator 136. For example, red indicates charging, and green indicates charging is completed, thereby allowing the user to clearly and quickly identify. Battery charging status. In addition, the output voltage through the solar panel 3 is significantly lower than that of the power source 2, so it must be charged through the non-charging circuit respectively; and the first power supply wheel it{ socket 133 and the second power output The socket 134 cooperates with the built-in and external "utilization of the sub-production ua", so the voltage conversion must be performed by another voltage conversion circuit. Month > Reading the seventh and the eighth, the circuit control device has the first charge The control circuit, the second charging control circuit 60 and the power output circuit 7〇, wherein the power supply 2 is connected to the first charging control circuit 5 by the power input socket 131, and the solar battery and the second are connected by the USB power input socket 132. In the second charging control circuit, the 8 M308558 rechargeable battery 4 is charged, the rechargeable type 7〇, U 4 _ is connected to the power output circuit 7〇 and is wrongly connected by the power supply output socket 133 and the first The two power supply outputs insert different voltages for the use of built-in or external electronic products. The aforementioned first-charge control circuit 50 includes a pulse width adjustment circuit 5〇, - charging control· Elapsed, - Comparator 5G3 and - _ wheel out controller 5Q4, the charge control Yitong control pulse width adjustment circuit 5〇1 (p.W Mc〇ntr〇i C M), using pulse
衝寬度來罐·電触輸出，可將電壓電流败地轉在設定範圍 内再L由第-輸出控制器5〇4輸出至充電模組⑽對可充電式電池 4進行充電’而電池電力狀態則透過比較器5〇3檢知，而傳回至充電 控制器502，藉此作為賴充電或錢止充電之判讀。 上述之第二充電控制電路60，包括一第二輸出控制器刪，該第 =輸出控制器601輸出電流對可充電式電池4進行充電。特別說明的 是’由於經由太陽能電池板3所輸出電壓_低於電源供應器2輸出 電壓，因此第二輸出控制器6〇1僅針對充電模組139當中一部分之可 充電式電池4充電。 而電源輸出電路70，包括-低電壓偵測電路7〇1及一直流轉換器 〜702，該低電壓偵測電路7〇1進行電壓的偵測，且將可充電式電池4 之電壓供給數燈光源135使用，並藉由直流轉換器7〇2使可充電式電 池4提升電壓，且連接第一電源輸出插座133及第二電源輸出插座 供外接之電子產品的插接使用。 【圖式簡單說明】 第一圖所示係本創作之充電座之外觀立體圖； 9 M308558 第二圖所示係本創作之充電座打開可掀式蓋板之外觀立體圖； 第二圖所示係本創作之充電座内部結構分解立體圖； 第四圖所示係本創作充電座對从鎳氫電池(3號充電電池）進行充電之 動作示意圖； 第五圖所示係本創作充電座對AAA鎳氫電池(4號充電電池）進行充電 之動作示意圖； 第六圖所示係本創作之充電座外觀立體圖； 鲁第七圖所示係本創作之電路方塊圖；以及 第八圖所示係本創作之較佳實施例之電源輸出電路之電路圖。 【主要元件符號說明】 ' 1β·...............充電座 、11................殼體 111. 12·· _ 13·· 131. .132. 133. 134. 135. 136· 137. 可掀式蓋板 底座 電路控制裝置 電源輸入插座 USB電源輸入插座 第一電源輸出插座 第二電源輸出插座 燈光源 充電指示燈 燈光控制鍵 M308558 138 ...............切換鍵 139 ...............充電模組 2 .................電源供應器 21 ................AC-DC變壓器 22 ................車用電源插接器 3 .................太陽能電池板 4 .................可充電式電池 41 ................第二組充電電池 42 ................第一組充電電池 50................第一充電控制電路 501 ...............脈衝寬度調整電路 502 ...............充電控制器 503 ...............比較器 504 ...............第一輸出控制器 60................第二充電控制電路 601...............第二輸出控制器 70................電源輸出電路 701 ...............低電壓偵測電路 702 ...............直流轉換器The width of the canister and the electric contact output can turn the voltage and current into the set range, and then the L is output from the first output controller 5〇4 to the charging module (10) to charge the rechargeable battery 4' and the battery power state Then, it is detected by the comparator 5〇3, and is transmitted back to the charging controller 502, thereby being interpreted as a charge or a charge. The second charging control circuit 60 includes a second output controller, and the output controller 601 outputs a current to charge the rechargeable battery 4. Specifically, the second output controller 6〇1 charges only a part of the rechargeable battery 4 of the charging module 139 because the output voltage_ via the solar panel 3 is lower than the output voltage of the power supply 2. The power output circuit 70 includes a low voltage detecting circuit 7〇1 and a DC converter 702. The low voltage detecting circuit 7〇1 detects the voltage and supplies the voltage of the rechargeable battery 4 to the battery. The light source 135 is used, and the rechargeable battery 4 is boosted by the DC converter 7〇2, and the first power output socket 133 and the second power output socket are connected for plug-in use of the external electronic product. [Simple description of the diagram] The first figure shows the appearance of the charging stand of the present invention; 9 M308558 The second figure shows the appearance of the cradle cover of the creation of the enamel cover; the second figure shows The internal structure of the charging stand of the present invention is exploded. The fourth figure shows the action of charging the nickel-hydrogen battery (the rechargeable battery No. 3) by the charging stand; the fifth figure shows the charging stand for the AAA nickel. Schematic diagram of the operation of charging the hydrogen battery (No. 4 rechargeable battery); Figure 6 is a perspective view of the appearance of the charging stand of the present invention; the seventh block diagram of the circuit is shown in the seventh figure; A circuit diagram of a power output circuit of the preferred embodiment of the invention. [Description of main component symbols] ' 1β·............... charging stand, 11.............. housing 111. 12· · _ 13·· 131. .132. 133. 134. 135. 136· 137. 掀 盖板 cover base circuit control device power input socket USB power input socket first power output socket second power output socket light source charging indication Lamp light control button M308558 138 ...............Switch button 139 ...............Charging module 2 ....... ..........Power supply 21 ................AC-DC transformer 22 ............... .Car power connector 3 .................Solar panel 4 .................Rechargeable battery 41 ................Second group of rechargeable batteries 42 ................The first group of rechargeable batteries 50..... ........... First charging control circuit 501 ............... Pulse width adjusting circuit 502 ............. .. Charge Controller 503 ............... Comparator 504 ............... First Output Controller 60..... ...........Second charge control circuit 601...............Second output controller 70............ .... power output circuit 701 ............... low power Detecting DC converter circuit 702 ...............