200835027 九、弩明說明： 【發明所屬之技術領域】 η处本發明係涉及一種供電裝置，特別係指一種可藉由太 陽處進行充電的組合式供電裝置及其運作方法。 【先前技術】 ^於卫業及科技產業的成長，改變了人類長期以來的 境及習慣’而近幾年來，能源的問題—直為人們所 朱討’為了因應全球對於能源的需求曰益增加，相關能源 的產業也就越來越多，但另一方面也由於人們對生態 境保護及居住環境品質的重視，因此在能源開發的“ t1又要考量到盡量不使用化學物質材料以避免破壞生態 裹兄而在兼顧忐足夠產生大量能源並且又要能符合環境 保護之原則下，便以太陽能為首要的能源開發選擇。" 而以目前習知的太陽能充電系統而言，大多數都是搭 ，在特定的產品上輯行太陽能的充電，而這使得太陽能 ，，的效用無法獲得更廣泛且有效的應用，並且當產品進 仃貫際的供電作用時，往往無法利用現有的產品之設計而 5時提供多種不同功㈣應用，導致使用者雖能藉由 Γ將產品中的電池充飽電能，但僅能再藉由產品所提供 提供電能給外接的系統使用，這讓整個太 險月b充電糸統的活用性及功能性皆受到限制。 上L此今講究產品精美且應用功能廣泛的市場 i地量到足夠的電池蓄電效果，並且又能適 :二運用之場所，以及再能同時提供不同 的應収果4 ’便是太陽能相關產業可以再進—步加 200835027 計及改良的地方。 【發明内容】 有鑑於此，本發明所要解決的技 拉 同連接單元進行插接組合的方式，使本發明：二， 進以插接太陽能板以進行太陽能充電， 明事置：產2畜笔之作用’並且可於夜晚時轉而插接昭 外^%ί"、明功效，以達到充分利用能源之目的，此 不g於白天或仪晚，供電裝置皆 裝置以形成電能供紅來源。 4该接任何應用 為了達到上述目的，根據本發明所提出之一 供-種組合式供電裝置，其包括：―二次電池、 ，、-第-連接單元及—控制單元。其中，二次 : 來儲存電能，並且得以產味一繁一⑨这 电池係 ==則係電性連接二次電池，並且當第_連接 用來進得:ΐ收太陽能轉換輸出之電能 照明裝置時%則第:連:單反：-連接單元插接 笛—承^ j弟連接早兀侍以傳輸二次電池所產生 电堅給照明裝置，同時控制單元係電性連接二、’ 襞置用巧制該第二電壓而輸出至少一輸出電壓給:ς ^ 猎二次電池所產生之第一電壓及第-電 分別.產生光源及電源之供應。 弟—讀得 為了達到上述目的’根據本發明所 電裝f之運作方法，其步驟包括么 接早凡以插接一太陽能板，接著提供__ ΐ=ίΓί陽能，換輸出之電能，並且該二 產生一弟一電壓及一第二電壓，進而判斷第一 200835027 接單=疋否轉而_接_照明裝置，若第一連接單元已轉而 插接:月=置’則第_連接單元傳輸該第一電壓給照明裝 f以生，源供應，並且該組合式供電裝置同時提供有一 =源=二=70以連接一應用裝置，使該二次電池所產生之 弟一包墼仵以形成電源供應以傳輸給該應用裝置使用。 、一以f之概述與接下來的詳細說明及附圖’皆是為了能 進> 步况明本發明為達成預定目的所採取之方式、手段及 力 有關本發明的其他目的及優點，將在後續的說明 及圖式中加以闡述。 【實施方式】 月ί考第一圖’為本發明組合式供電裝置之實施例方 ，圖’如圖所示，本發明提供-種供電裝i 1，其係可以 讓使用者自彳了蚊是否進行太陽能充電，而進 -士：能板3或者一照明裝置4，而供電裝置i包括：一 二ί電池1G、—充電電路2G、—第—連接單元30、-控 ，單，4〇、至少一電源輪出單元50、一操作單元60及一 顯不早兀70。當供電裝置1處於有陽光照射的環境下，而 使用^欲進行太陽能充電時，則將太陽能板3插接於第一 = :時第—連接單元30便可以進行傳輸太陽 月b板3所軺換輸出的電能，進而提供給電性連 .接單元30及二次電池10之間的充電電路20，以對二次電 池10進二充電’而當二次電池10在儲存有電能的狀「態人： 便得以產生一第一電壓101及一第二電壓102。 目I二隹電池10可例如為錯酸電池，而太陽能板3 則可例如今一步包含_電壓調變電路3〇1，以 所轉換出的電能進行升壓及穩壓以形成一固定電壓I進而· 8 200835027 使該固定電壓透過第一 對二次電池ίο進行充電，而HI0提供給充電電路20以 如設計為5伏特之固定電壓在本Μ中’該固定電麼係例 而控制單元4〇則係電性二4 第二電壓102以轉換輪出至少一·也1〇，用以控制 =電源輸出單元5〇以提供給—庫：心:〇3 ’並且再透 連接於控制單元4〇,用以提m遠連接埠，其係電性 二广以使得應用裝置2得以夺合的應用 輪出電壓103。此外，在中置1所提供的 性連接控鮮元4〇，心提供1料元60係電 據所欲連接的應用裝置2之f使用者得以依 整’也就是說操作單元6G得以針制單來f行操作調 第二電壓102來進行輪出 工^早70 40所控制的 大小’以符合外接的應用裝；二所;變=壓103之 上述之操作介面可例如由按鍵或餘來實現♦本發明中， 而顯示單元70亦係電性連接控制單元4〇 控制單元40所用以控制及制二 ^讀據 路（圖未示、夾刹磨 iU ^ 镇測電 形$土 ，4不一_人电池10的電量狀況或充雷悴 7 ’再者’顯不單元7〇亦可壤一步顯* ^ ，，出的輸_ 1Q3之大小，以便讓使^早；^ :传知自己所調整輪出的電壓大小，而顯示單元7〇在每二 應用上可例如係採用-般小型顯示器(如：液晶顯：： (Wind Crystal Display，LCD))，此外，也可例如係: 叶由不同的發光二極體⑽）的組合來達成顯示上的= 200835027 ^而果同樣也可達到提供使用者目前二次電池Π)相關資訊 的狀述是假設第-連接單元30插接太陽能板3 的狀況下I細朗，若上述讀 者 1 而陽光照射的環境下而可以進行3 的狀態，因此使用者可以4陽：^H L〇已處於充飽電 釦ΊΓ，、# 將太1^此板3自第一連接單元30 3ΛΒ 士 明裝置4插接在相_第—連接單元 Μ令’—次電、池10所產生的第-電壓101便备直接接 供給照明裝置4以產生光源供應。 便θ直接& 然而供電裝置1此時不僅 50 s可_提供給使料進行連接所㈣出早凡 亚且也能藉由操作單元 ：：:置2， 及透過顯示單㈣來力,的大小，以 藉此，供電裝置1除了本；:# 笔10的相關資訊。 之外，亦可照明裝置4所產生的先源 輪出電壓m，因此供電^小而提供不同的 供應的效果。 卩可同訏擁有光源及電源 導致此！^為了防止供電裝置1在陽光照射不充足的if境 ¥致-次電池10的充電不完全 3 其ίΓ連接充電電路2°，用以接收 續進行二;充電，以讓供電裝置1不僅能繼 電源的供應I %魏’同時也能—缺供光源及 200835027 附帶-提，本發明更進_ μ ，其係對應第-連接單^ 3Q的設;^ t=連接單元 ί個供電裝置1時’得以透過原本供電裝者掩有 單元90連接另一供雷奘罢 、的第二遠妞 單元90連接另一供電裝置1的第一H 1一的第二連接 接，而達到多個二次電池1〇進行串聯相互連 用者對供電裝置丨擁有更多的組合變化。# φ用’讓使 〇月ΐ考第一圖’係本發明組合 壯 :=程；’如圖所示，本發明提==方法 的運作方法，其步驟包括：首先 /ς錢置Γ 接市電m⑽υ，若判斷結果為否，是否連 fH之判斷結果私，即供電裝置i有_=若步 接市電104，或者步驟（S2〇3 =輪入 即猎由弟-連接單元3G來插接太陽缺3 為是， 仃一〕人電池1〇之充電，並產生第一 二/，則進 102(8205)。 U1 及弟二電壓 而在步驟（S205)之後或者步驟⑻⑻ =Hi ’便進行判斷第—連接單元3G是否插t f為 裝置4⑽7)，同時也進行判斷電源輸出單元5ηϊ有照明 有應用裝置2(S2G9)，若步驟(S2Q7)之判斷^否連接 ί =者已將第一連接單元3°改變插接為Wt印 j便將—次電池1()的第一電麼m傳輸給照^置4 , 讓第一電壓101形成光源供應（S211);另一方而衣置4， (湖）的_結果為是，即表示使用者亦同時連接f步锦 裝，2進行使用，於是二次電池1〇便產生電源供 一電壓102提供給應用裝置2使用（S213)。此外，供電枣 11 200835027 置1 4細十有控制单元40及操作單元6〇，以讓使用 以進-步依據所使用的應用裝置2之枇 制第二電壓102以輸出符合之輪出電壓1〇3。而進仃控 相反的，在步驟⑽7)之判斷時，若使用者仍 第-連接單元連接太陽能板3以進行太陽 ^2 驟（S207)之判斷結果即呈現否的情況，於是 电= 驟⑽7)及⑽9)之流糾持續判__:連接=執3= 電源輸出單S 50的連接狀態。而在 及 也，犠斷，以決定是否提供=)用方裝面置同2樣 的判斷結果的影響，也就是說，在 ί=接Γ 3G連接太陽能板3進行太陽能充電時，電^ 輸出早7L 50同樣可以連接應職置2 A: f 1〇的電源供應而進行運作。 接收一_人％池 -岡為It進—步制本發明的具體實施態樣，請參考第 :圖’為本發明組合式供電裝置之第一應用實施例= =如圖所不，供電裝置！的第—連接單㈣係插接太^ ;量=訊:::二則7Γ供給使用者相關電池 接所欲使⑽^置料50來連 * ζ 而在本貫轭例中，電源輪出單 =50係以I)料接埠來舉例說明， 广早 c動電話。因此，依據有提供二面之打動 作電壓需求Ο伏特），使用者可以直接將行動^ ，連接在USB連接埠上，触控鮮丁^ 出的輸出電壓，簡供給行動電話使用。接控· 而虽供電裝置1放置於陽光廢射的環境下時，電源輸 12 200835027 入單元80便可不需再連接市電1〇4來對供電裝置〗進行充 電，因此，在本實施例中，電源輸入單元8〇可以不需加以 連接。 請再參考第四圖，為本發明組合式供電裝置之第二應 用實施例示:i®，如目所示，供電裝置丨的第—連接單元 30係插接照明裝置4，因此，供電裝置1便不接收太陽能 的充電，而是提供電壓給裝置4喊生光源供應進而 達到照明效果，相同的，使用者亦可㈣__輸出單 元50來連接應用裝置2(如：電褽斗）以接收供電裝置】所 提供的電源而進行運作，而本實施例中的電源輪出單元5〇 則係以電源連接琿來舉例說明’此外操作單元⑽及顯 皆同樣絲據上㈣施例之說明來提供調整及顯示 Μ訊。 而當供電裝置1中的二次電池1〇產生 盡 ，可透過電源輸人單元8〇來接收市㈣ 了 電池10進行充電，並且同時也二一_人 及電源的供應作用。化雜Α裝置1 _產生光源 :再时第五圖’為本發明纟時式供電裝置之第三 用貝施例示意圖，如圖所示，本每 一Μ 之供電裝置1可詩彳㈣h X說明本發明 裂置1及r 者的需求’而進行串聯多個供電200835027 IX. Description of the invention: [Technical field to which the invention pertains] η The present invention relates to a power supply device, and more particularly to a combined power supply device that can be charged by the sun and a method of operating the same. [Prior Art] ^ The growth of Weiye and the technology industry has changed the long-term environment and habits of human beings. In recent years, the issue of energy has been directly discussed by people in order to respond to the global demand for energy. There are more and more related energy industries, but on the other hand, people pay attention to the protection of the ecological environment and the quality of the living environment. Therefore, in the development of energy, it is necessary to consider not to use chemical materials to avoid damage. Eco-wounding brothers, while taking into account the principle of generating a large amount of energy and complying with environmental protection, have adopted solar energy as the primary energy development option. " And in the current solar charging system, most of them are It takes a lot of solar energy to charge on a specific product, which makes solar energy, the utility of which cannot be used more widely and effectively, and often cannot use the design of existing products when the product enters the continuous power supply. At 5 o'clock, a variety of different work (4) applications are provided, which allows the user to fully charge the battery in the product, but only The use of the power provided by the product for the external system is limited, which limits the utility and functionality of the entire life-cycle charging system. Sufficient battery storage effect, and can be suitable: two places to use, and can also provide different receivables at the same time 4 'is that the solar-related industries can go further - step plus 200835027 to take into account the improvement. [Summary] In view of the above, the technical solution to be solved by the present invention is to be plugged and combined with the connecting unit, so that the present invention: Secondly, the solar panel is plugged in for solar charging, and the function of producing the pen is ' At night, you can switch to Zhaowai ^%ί", Ming effect, in order to achieve the full use of energy, this is not in the day or night, the power supply device is installed to form electricity for the red source. 4 Application In order to achieve the above object, a combined power supply device according to the present invention comprises: a secondary battery, a - a first connection unit and a control unit. Medium, secondary: to store electrical energy, and to produce a variety of 9 This battery system == is electrically connected to the secondary battery, and when the first connection is used to: get the solar energy conversion output power lighting device When the number is the first: even: SLR: - the connection unit plugs the flute - the support of the younger brother to connect the electric relay to the lighting device, and the control unit is electrically connected to the second, ' The second voltage is output and at least one output voltage is output to: ς ^ hunting the first voltage generated by the secondary battery and the first-electricity respectively. The source of the light source and the power source are generated. Brother-reading in order to achieve the above purpose In the operation method of the invention, the steps include: plugging in a solar panel, then providing __ ΐ=ίΓί yang, changing the output power, and the second generating a voltage and a second Voltage, and then judge the first 200835027 order = 疋 no turn _ connect _ lighting device, if the first connecting unit has been switched to plug: month = set 'the _ connecting unit transmits the first voltage to the lighting device f Raw, source supply, and the combined power supply unit There is provided a two = = = source 70 is connected to an application device, so that the resulting secondary battery pack Ji Wu brother to form a power supply for transmission to the device using the application. BRIEF DESCRIPTION OF THE DRAWINGS The following is a summary of the present invention, and the following detailed description and the accompanying drawings are intended to be able to enter the present invention. It is explained in the following description and drawings. [Embodiment] The first picture of the month 考 is the embodiment of the combined power supply device of the present invention. As shown in the figure, the present invention provides a power supply device i 1, which allows the user to self-suck the mosquito. Whether to carry out solar charging, and enter: - board 3 or a lighting device 4, and the power supply device i includes: one battery, 1G, - charging circuit 2G, - first - connecting unit 30, - control, single, 4 At least one power supply unit 50, an operation unit 60, and a display unit 70. When the power supply device 1 is in a sunlight-illuminating environment and is used for solar charging, the solar panel 3 is inserted into the first =: the first connection unit 30 can transmit the solar moon b panel 3 The outputted electric energy is further supplied to the charging circuit 20 between the electrical connection unit 30 and the secondary battery 10 to charge the secondary battery 10, and when the secondary battery 10 is in the state of storing electric energy. Person: a first voltage 101 and a second voltage 102 are generated. The battery 1 can be, for example, a wrong acid battery, and the solar panel 3 can include a voltage modulation circuit 3〇1 in one step. Boosting and stabilizing with the converted electrical energy to form a fixed voltage I and then 2008 200827, the fixed voltage is charged through the first pair of secondary batteries ίο, and HI0 is supplied to the charging circuit 20 as designed to be 5 volts. The fixed voltage is in the present embodiment, and the control unit 4 is electrically connected to the second voltage 102 to switch out at least one and one turn for controlling = power output unit 5 Provided to the library: heart: 〇 3 ' and then connect again The control unit 4 is configured to provide a remote connection port, which is electrically wide to enable the application device 2 to capture the application of the voltage 103. In addition, the central connection 1 provides the connection control element 4〇 The user provides a 1 element 60 system, and the user of the application device 2 to be connected can be adjusted according to the whole operation unit 6G, that is, the operation unit 6G can perform the rounding operation by adjusting the second voltage 102. The operation size of the above-mentioned operation interface can be realized by the button or the remainder, for example, by the button or the remainder, and the display unit 70 is also electrically connected. The unit 4 is used by the control unit 40 to control and control the data path (the figure is not shown, the clamp brake is used to test the electric shape, the earth is not the same, the battery is not the same, or the charge is 7) The person who shows the unit 7 can also display the size of the ^ ^, and the size of the output _ 1Q3, so that the ^ ^ early; ^ : to know the voltage of the adjustment of the wheel, and the display unit 7 〇 Secondly, the application can be, for example, a small-sized display (such as: (Wind Crystal Display, LCD)). , for example, the combination of different light-emitting diodes (10) can be used to achieve the display = 200835027 ^ and the same can also be achieved to provide the user with the current secondary battery Π related information is hypothetical - In the case where the connection unit 30 is inserted into the solar panel 3, the state of the solar panel 3 is fine. If the reader 1 is in the environment of sunlight, the state of 3 can be performed. Therefore, the user can be 4 Yang: ^HL〇 is already fully charged. , # too 1 ^ this board 3 from the first connection unit 30 3 ΛΒ Shi Ming device 4 plugged in the phase _ first - connection unit ' ordered - the secondary voltage, the first voltage 101 generated by the pool 10 is ready to supply directly The lighting device 4 supplies a light source. θ Direct & However, the power supply device 1 can now provide not only 50 s for the connection of the materials (4), but also for the operation unit:::2, and the display unit (4). The size of the power supply device 1 in addition to this;: # pen 10 related information. In addition, the pre-source rotation voltage m generated by the illumination device 4 can also be illuminating, so that the power supply is small and provides different supply effects. You can have the light source and power supply at the same time. ^ In order to prevent the power supply device 1 from being insufficiently exposed to sunlight, the charging of the secondary battery 10 is not complete. 3 It is connected to the charging circuit 2° for receiving and continuing to perform charging; so that the power supply device 1 can not only continue The supply of power supply I % Wei can also be - lack of light source and 200835027 incidental - mention, the invention is further _ μ, which corresponds to the first connection of the single ^ 3Q; ^ t = connection unit ί a power supply device 1 'The second connection unit 90 of the other power supply device 1 is connected to the second connection unit of the other power supply device 1 through the original power supply device cover unit 90 to connect another second connection device for the thunder, to reach a plurality of times The battery 1 is connected in series to each other and has more combined changes to the power supply unit. # φ用的'的〇月ΐ考第一图' is the combination of the invention: =程; 'As shown in the figure, the present invention provides a method of operation of == method, the steps of which include: firstly Mains m(10)υ, if the judgment result is no, whether the judgment result of fH is private, that is, the power supply device i has _= if the step is connected to the mains 104, or the step (S2〇3 = round-in, that is, the hunter-connected unit 3G is plugged in If the sun is missing 3, then the battery is charged and the first two is generated, then 102 (8205) is entered. U1 and the second voltage are after step (S205) or step (8) (8) = Hi ' It is judged whether the first connection unit 3G is inserted into the device 4 (10) 7), and at the same time, it is judged that the power supply output unit 5n is illuminated with the application device 2 (S2G9), if the determination of the step (S2Q7) is not connected ί = the first connection has been made The unit 3° is changed to be Wt printed, and the first electric quantity of the secondary battery 1 () is transmitted to the photo 4, so that the first voltage 101 forms a light source supply (S211); the other side is placed 4, (Lake) _ the result is yes, that means the user is also connected to the f-step package, 2 is used, so the secondary battery 1 is produced A voltage supply source 102 is supplied to the application device 2 using (S213). In addition, the power supply jujube 11 200835027 is provided with a control unit 40 and an operation unit 6 〇 to allow the use of the second voltage 102 according to the application device 2 used for further output to meet the output voltage 1 〇 3. On the contrary, in the judgment of the step (10) 7), if the user still connects the solar panel 3 to the solar cell 3 to perform the judgment of the solar cell (S207), the result is NO, and then the electricity is judged (10) 7 And (10)9) The flow correction is judged __: Connection = Hold 3 = Connection status of the power output unit S 50. In the meantime, the decision is made to determine whether or not to provide =) the effect of the judgment result of the same type of surface, that is, when the ί=3G is connected to the solar panel 3 for solar charging, the electric output is As early as 7L 50, it can also be connected to the power supply of 2 A: f 1〇. For example, the first application example of the combined power supply device of the present invention is shown in the figure: FIG. 2 is a power supply device. ! The first connection box (four) is plugged in too ^; quantity = signal::: two 7 Γ supply the user related battery to make (10) ^ stock 50 to connect * ζ and in the yoke example, the power supply round Single = 50 is exemplified by I) material connection, and the phone is widely used. Therefore, according to the voltage requirement of providing two sides of the action, the user can directly connect the action ^ to the USB port, and the output voltage of the touch switch is used for the mobile phone. When the power supply device 1 is placed in the environment of sunlight waste, the power supply 12 200835027 can be connected to the unit 80 to charge the power supply device without connecting to the mains 1〇4. Therefore, in this embodiment, The power input unit 8〇 can be connected without connection. Please refer to the fourth figure again, which is a second application embodiment of the combined power supply device of the present invention: i®, as shown, the first connection unit 30 of the power supply device 插 is connected to the lighting device 4, and therefore, the power supply device 1 Instead of receiving the charging of the solar energy, the voltage is supplied to the device 4 to supply the light source to achieve the lighting effect. Similarly, the user can also (4) the output unit 50 to connect the application device 2 (eg, an electric bucket) to receive the power supply. The device is operated by the power supply provided, and the power supply unit 5 in the embodiment is exemplified by a power connection port. The other operation unit (10) and the display are also provided according to the description of the fourth embodiment. Adjust and display the news. When the secondary battery 1 in the power supply device 1 is exhausted, the power supply unit 8 can be used to receive the battery (4) for charging, and at the same time, the supply of the battery and the power source. Α Α Α _ 产生 产生 产生 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五Explain that the present invention splits the requirements of 1 and r' and performs multiple power supply in series
JoU 產生較A的供應電壓，其中第—連接單元 連的作用，也就是其中之-供電農置1的第二 3〇接早=:可對接:外的供電農置1，的第一連接單元 連接之目的。兩固供迅裝置1及Γ中二次電池相互電性 13 200835027 综上所述’本發明藉由第-連接單元3G來插接太陽 ，板3或照明裝置4，不僅可於任何時候形成電源之供應 來源以提供料接麟贱置2,更可藉由減太陽能板3 而在有陽光照射的環境下進行太陽能充電，而處於須提供 ^月，環境時，則可隨即更換插接照明裝置4來供應光 此㈣可符合_太陽能進行充電及供電的環保音、 識’更可充分_能源且同時產生不同功能之效果。 及图，以上所述’僅為本發明的具體實關之詳細說明 以ΐίΠ並非用以限制本發明，本發明之所有範圍庫 案所界定之專利=句多飾皆可涵蓋在以下本 【圖式簡單說明】 ^圖係本發败合式供電I置之實施例方塊圖； 弟一圖係本發明《且合古、yfi£ + # m 例流程圖； 式“裝置之運作方法的實施 應用實施例 第三圖係本發明組合式供電裝置之第 示意圖； 、 第:：本:明組合式供電裝置之第二應用實施例 第=本發明組合式供電裝置之，第三應用實施例 【主要元件符號說明】 供電裝置1，Γ —次電池1 〇 14 200835027 第一電壓101 第二電壓102 輸出電壓103 市電104 應用裝置2 充電電路20 太陽能板3 第一連接單元30，30’ 電壓調變電路301 照明裝置4 控制單元40 電源輸出單元50 操作單元60 顯示單元70 電源輸入單元80 第二連接單元9〇，90’ 15JoU generates a supply voltage of A, in which the function of the first connection unit, that is, the second connection of the power supply farm 1 is early =: dockable: the first connection unit of the external power supply 1 The purpose of the connection. The two-cell power supply device 1 and the secondary battery in the battery are electrically connected. 13 200835027 In summary, the invention connects the sun, the board 3 or the illumination device 4 by the first connection unit 3G, and can not only form a power source at any time. The source of supply is to provide the material connection, and the solar energy can be charged in the sun-lit environment by reducing the solar panel 3. When the environment is required to be provided, the plug-in lighting device can be replaced immediately. 4 to supply light (4) can meet the _ solar energy charging and power supply environmental sound, knowing 'more sufficient _ energy and at the same time produce different functions. And the above description is only a detailed description of the specific embodiments of the present invention, and is not intended to limit the present invention. The patents defined in all the scopes of the present invention can be covered in the following figures. Brief description of the formula] ^ Figure is a block diagram of the embodiment of the power supply I set; the first figure is the flow chart of the present invention, and the implementation method of the operation method of the device The third diagram is a schematic diagram of the combined power supply device of the present invention; the first: the second application embodiment of the combined power supply device of the present invention, the third application embodiment of the present invention. DESCRIPTION OF SYMBOLS Power supply device 1, Γ - secondary battery 1 〇 14 200835027 First voltage 101 Second voltage 102 Output voltage 103 Mains 104 Application device 2 Charging circuit 20 Solar panel 3 First connection unit 30, 30' Voltage modulation circuit 301 Lighting device 4 Control unit 40 Power output unit 50 Operating unit 60 Display unit 70 Power input unit 80 Second connection unit 9〇, 90' 15