1292226 九、發明說明： 【發明所屬之技術領域】 本發明為-種供電H制為—雜收太陽光能觀為電源之太 . 陽能供㈣統，可配合應驗各種可攜式資訊處理裝置或是其它各種 ， 攜帶型產品之中。 【先前技術】 參 树學不斷進步的科技世紀中，各項新的科技產品使人的生活更加便 利，但隨著環境不斷的開發，也使得各項資源加速的被消耗，面對各項傳 統貝源(石油、煤厌)的曰益枯竭，能源短缺和環境污染曰趨嚴重，如何有 觸產生新世代的能源_時兼顧環境保護，職為人類目前所追尋的一 致目標。 而太雜關符合以上的需求，太陽麟是天錄t魏，所以不會 產生化學;^染(如：二氧化碳、一氧化碳、二氧化硫、氧化氮與灰塵質點 鲁 等>，同時亦不會產生放射性與放射物質，另一特點為太陽能源不產生熱 污染(thennalpollution)且源源不絕，可以無限制的無限取得。 在過去太陽能馳關發展過程巾，常常會產生因為輪量淡薄不易 ‘ 收集使用的問題，由於科技不斷的進步，目前已可使用收集器(〇)1_克 • 服(即太陽能板），至於太陽光源間歇性的問題(日夜晴陰不_致），則可用 儲熱裝置(thermal energy storage)(即電池蓄電機構)來克服，所以目前太陽 能應用技術已逐漸臻於成熟且應用廣泛。 1292226 【發明内容】 雖然科技的發展已經讓太陽能源世代提早到來，但是目前的太陽能系 統在應用上，仍未普及於各項的攜帶式裂置之中，故目前大多數的攜帶式 裝置仍需制傳驟响電力供應方絲運作，對於電力的供給與補充實 在&個麻煩的問題’故如何進—步應用並改良太陽能源之供電系統， 實為一亟具思考價值之技術課題。 私於此’本發明提出一種可攜式太陽能供電系統及其應用架構 〃目的在於改良習知太陽能系統攜帶不易的缺點，本發明能有與多樣化 的攜V型產品相結合，並支援攜帶型產品所需的電力，此供電系統包括 有接收早兀、控樞塊及儲存單元所組成，接收單元在接收太陽電能時， 可利用控制區塊來將太陽電能儲存於儲存單元之中，當使用者欲使用可攜 式資訊處理裝置或是其它各種攜帶型產品時，則可運用此供電系統來提 供工作所需之電力，進而使前述裝置(產品)工作時間能無限制的延長。 同時本發明設置有直流電能.DC的輸入端與各類型的直流電能!)。輸 出介面，其另一目的則在於可靈活的將太陽電能與直流電能Dc交替互換 使用’更加增添了攜帶型產品的使用便利性。 有關本發明之詳細内容及技術，茲就配合圖式說明如下： 【實施方式】 本發明為一種可攜式太陽能供電系統，同時包含有應用此太陽能供 電系統之各種架構，首先請參照「第1圖」，為本發明之可攜式太陽能 供電系統立體示意圖。 1292226 本發明之可攜式太陽能供電系統，此供電系統10可依設計者需求 來設計為一立體造型，外部設置有太陽電能接收介面lu及直流電能接 收w面112，以上兩接收介面可接收太陽電能或是直接接收外部直流電能 DC來供系統運用，而在供電系統1〇外同時亦設置有萬用串列埠輸出介 面⑵及直流電能輸出介面122,此兩個輸出介面則係用於將直流電能％ 傳送出供電系統1〇之外，而顯示單元13則用於顯示供電系統1〇的工作 狀態(如：充電中、供電中或是電力不足等狀態 接下來就本發明之電路架構作一詳細說明，請參照「第2圖」，為 本發明之可攜式太陽能供電系統電路結構示意圖。 本發明可攜式太陽能供電系統，此供電系統1〇中包含有接收單元 11、輸出單元12、顯示單元13、控制區塊14及儲存單元15，其中接收單 兀11可對外連接一太陽能板，用於接收太陽電能之用，而控制區塊14則 ”接收單元n連接，並用於轉換此太陽電能成為—直流電能沈，並將此 直流電能DC穩定於一特定數值(穩壓作用），同時對儲存單元15加以充電 ，故此儲存單元15則必齡—充電電池來儲存此直流電能DC，且於使用 。電原而求k ’將直流電能DC傳送至系統之外，顯示單元U與控制 區塊連接，並用於顯示供電系统10的工作狀態(如：充電中、供電 中或疋電力不足等狀態），輸出單元12卿於將直流電能輸出至 供電糸統1〇之外。 接下來請參照「第μ圖」，為本發明之可攜式太陽能供電系統接收 單元示意圖。 7 1292226 本發明供電系統10中之接收單元11更設置有太陽電能接收介面m 及直流電能接收介面112，太陽電能接收介面ill可連接太陽能板20，此 太陽能板20可為一可撓型太陽能板，同時此可撓型太陽能板除具有一定 的彈性之外，更具有輕巧薄小且易於連接的特點，以符合可攜式系統的要 求，而直流電能接收介面112則可直接連接外部的直流電能1)(：來供系統 使用，或是對供電系統10充電。 接下來請參照、「第3B圖」，為本發明之可攜式太陽能供電系統輸出 早兀不意圖。 本發明供電系統1G中之輪出單元12可設計為—個具有電源傳輪功 能之資料傳輸介面，此介面可為各種形式的連接介面(例如：通用序列匯 «(UniVersal Seriai Bus，腦)傳輸介面、Hrewire傳輸介面等)來與各種 攜帶型產品30連接，本施例中則設計為萬用串列璋輸出介面i2i及直流 電他輸出"面122 ’其中串列埠輸出介φ 121可與資訊處理祕連接 ’而直流電能輸出介面⑵縣—般觀傳輸接頭，可與—般攜帶型電器 設備32來連接。 接下來請參照「第3C圖」，為本發批可«太陽祕«統控制 區塊示意圖。 控制區塊14中則設置有充電控制單元14物ge_„er)、過1292226 IX. Description of the invention: [Technical field of the invention] The invention provides a kind of power supply H system--the miscellaneous solar energy view is the power source. The solar energy supply (four) system can cooperate with various portable information processing devices. Or among other kinds of portable products. [Prior Art] In the technological century where ginseng science is constantly improving, various new technology products make people's lives more convenient, but with the continuous development of the environment, various resources are accelerated and consumed, facing various traditions. The benefits of Beiyuan (petroleum, coal-soil) are exhausted, energy shortages and environmental pollution are becoming more serious, and how to generate new generations of energy _ while taking into account environmental protection, the job is the consistent goal that humans are currently pursuing. And too much is in line with the above requirements, Sun Lin is Tianlu t Wei, so it will not produce chemistry; ^ dyeing (such as: carbon dioxide, carbon monoxide, sulfur dioxide, nitrogen oxides and dust particles, etc.), and will not produce radioactivity And radioactive materials, another feature is that the solar energy source does not produce thermal pollution (thennalpollution) and the source is endless, and can be obtained indefinitely. In the past, the solar energy development process towel often occurs because the volume is not easy to collect and use. The problem is that due to the continuous advancement of technology, collectors (〇) 1_g• suits (ie solar panels) can be used. As for the intermittent problem of solar light source (day and night, it is not possible), then a heat storage device can be used. Thermal energy storage), so the current solar energy application technology has gradually matured and widely used. 1292226 [Invention content] Although the development of technology has brought the solar energy generation to an early stage, the current solar energy system is In application, it has not been popularized in all kinds of portable splicing, so most portable devices still need to be manufactured. The sudden supply of power supply to the square wire operation, the supply and replenishment of electricity is a real problem, so how to further apply and improve the power supply system of the solar energy source is a technical issue with a value of thinking. The present invention proposes a portable solar power supply system and an application structure thereof for the purpose of improving the disadvantages of the conventional solar energy system being difficult to carry. The present invention can be combined with a variety of V-type products and supports portable products. The power required, the power supply system comprises a receiving early switch, a control block and a storage unit. When receiving the solar energy, the receiving unit can use the control block to store the solar energy in the storage unit when the user desires When using a portable information processing device or other various portable products, the power supply system can be used to provide the power required for the work, thereby enabling the working time of the device (product) to be extended without limit. DC power. DC input and various types of DC power!). The other purpose of the output interface is to flexibly exchange solar power and DC power Dc interchangeably. This adds convenience to the portable product. The details and technology of the present invention are described below with reference to the following drawings: [Embodiment] The present invention is a portable solar power supply system, and includes various structures for applying the solar power supply system. First, please refer to "1st. Figure is a perspective view of the portable solar power supply system of the present invention. 1292226 The portable solar power supply system of the present invention can be designed as a three-dimensional shape according to the designer's requirements. The external solar power receiving interface lu and the DC power receiving w surface 112 are externally disposed, and the above two receiving interfaces can receive the sun. The electric energy directly receives the external DC power DC for the system to use, and in the power supply system, a universal serial output interface (2) and a DC power output interface 122 are also provided, and the two output interfaces are used for The DC power % is transmitted out of the power supply system, and the display unit 13 is used to display the operating state of the power supply system (eg, during charging, power supply, or power shortage), and then the circuit architecture of the present invention is made. For a detailed description, please refer to "Fig. 2", which is a schematic diagram of the circuit structure of the portable solar power supply system of the present invention. The portable solar power supply system of the present invention includes a receiving unit 11 and an output unit 12 , the display unit 13, the control block 14 and the storage unit 15, wherein the receiving unit 11 can be externally connected to a solar panel for receiving solar energy And the control block 14 is connected to the receiving unit n and used to convert the solar energy into a DC power sink, and stabilize the DC power DC to a specific value (regulation) while charging the storage unit 15 Therefore, the storage unit 15 is inevitably charged - the rechargeable battery is used to store the DC power DC, and is used. The electric source is k' to transfer the DC power DC to the outside of the system, and the display unit U is connected to the control block and used for display. When the power supply system 10 is in an operating state (for example, during charging, during power supply, or when power is insufficient), the output unit 12 outputs DC power to the power supply system. Next, refer to the "μ map". The receiving unit 11 of the portable power supply system of the present invention is further provided with a solar power receiving interface m and a DC power receiving interface 112, and the solar power receiving interface ill can be connected to the solar panel. 20, the solar panel 20 can be a flexible solar panel, and the flexible solar panel has a lightness and thinness in addition to a certain elasticity. Easy to connect, to meet the requirements of portable systems, DC power receiving interface 112 can directly connect external DC power 1) (: for system use, or to charge power supply system 10. Next, please refer to The "Picture 3B" is not intended for the output of the portable solar power supply system of the present invention. The wheel-out unit 12 of the power supply system 1G of the present invention can be designed as a data transmission interface with a power transmission function. It can be connected to various portable products 30 for various forms of connection interfaces (for example, UniVersal Seriai Bus (brain) transmission interface, Hrewire transmission interface, etc.), and in this embodiment, it is designed as a universal serial port. Output interface i2i and DC output of his output " face 122 'where the serial output φ 121 can be connected with the information processing secret ' and the DC power output interface (2) county-view transmission connector, can be with the general portable electrical equipment 32 connection. Next, please refer to "3C Figure", which is a schematic diagram of the control section of the "Sun Secret" system. The control block 14 is provided with a charging control unit 14 for ge_„er)
142(overdischarge controlled 143(DC-DC _erter) ’其中充電控制單元ΐ4ι用於控制直流電能DC並對儲存單元 15充電，而過放電控制單元⑷軸於聽電能職於-安全數值時 1292226 h止儲存早τΜ5之放電，以保_存單元B，變星私⑷則將直流 電能DC紋於特紐健輸出，形成―穩塵作用。 接下來就本㈣之應赌制舉—實施例加以詳細制，請參照「第 圖」為本發月之可攜式太陽能供電系統第—應用架構實施例⑴圖。 假設目前義者將本發明之可攜式太陽能供電系統與資訊處理裝 置31連接，此時資訊處理裝置31的工作電源則由供電系統Μ負責 提供’故供電綠1G之動作為藉由太陽能板烈收集太陽光源後轉換 成太陽電能並傳送至太陽電能接收介面U1，供電系統ι〇則將此太陽 電能轉換成直流電能DC並透過萬财列埠輪出介面i2i釋出其直流電 能DC，當資訊處理裝置31的連接埠與萬用串列埠輸出介面i2i結合後 ，供電系，统H)則開始對資訊處理裝置31輸出電源，以供資訊處理裝 置31工作之用。 接下來請參照「第5圖」，為本發明之可攜式太陽能供電系統第— 應用架構實施例(2)圖。142 (overdischarge controlled 143 (DC-DC _erter) 'where the charging control unit ΐ4ι is used to control the DC power DC and charge the storage unit 15, while the overdischarge control unit (4) is stored at 1292226 h when the listening power is at a safe value The discharge of early τΜ5, in order to protect the unit B, change the star private (4), the DC power DC is printed on the special button, forming a “stabilized dust effect.” Next, the (4) should be gambling system - the detailed system, Please refer to the "Picture" for the portable solar power supply system of the first month of the month - Application Architecture Example (1). Assume that the current portable person connects the portable solar power supply system of the present invention with the information processing device 31. The working power supply of the processing device 31 is provided by the power supply system '. Therefore, the action of power supply green 1G is converted into solar energy by the solar panel after collecting the solar light source and transmitted to the solar energy receiving interface U1, and the power supply system ι〇 The solar energy is converted into DC power DC and the DC power DC is released through the Wan Cai Lian wheel interface i2i, when the information processing device 31 is connected to the universal serial port. I2i After binding, the power supply system, the system H) starts the power supply output information processing apparatus 31, for the information processing apparatus 31 with the working pair. Next, please refer to "figure 5", which is a diagram (2) of the first embodiment of the portable solar power supply system of the present invention.
又假設目前使用者將本發明之可攜式太陽能供電系統與電器設備 32連接’此時電盗設備32的工作電源則由供電系统1〇負責提供，若 是供電系統10㈣的電力已不足以供電器設備3 2工作，此時供電系 統ίο亦可藉由外部的直流電能此傳送至直流電能接收介面112，再 透過直流電能輸出介面122釋出其直流電能Dc(同時對供電系統】〇充電) ，當電器設備32的連接埠與直流電能輪出介面122結合後，供電系統 10則開始對電器設備32輸出電源，以供電器設備32工作之用 9 1292226 除了 述的電源供應庫(PowerBank)概念的實施架構之外，當然更 可進階的將本發明之可攜式太陽能供電系統直接設置於資訊處理裝置 31之中，請參照「第6圖」，為本發明之可攜式太陽能供電系統第二應 用架構實施例（1)圖，此時僅需在資訊處理裝置31表面上設置太陽能板 2〇來接收太陽光源，供電系統1〇同樣可於資訊處理裝置31之内部形 成直流電能DC(工作電源），並將多餘的直流電能Dc儲存於供電系 統10之中，此時供電系統10已可取代資訊處理裝置31本身的充電電 池，而功能機制311所需的工作電源，則由供電系統1〇來供應，進而 使資訊處理裝置31之各項功能得以正常運作，當然前述的實施架構中 可運用於任何的可攜式資訊處理裝置或是電器設備中(如：行動電話、個 人數位助理(PDA)、多媒體播放器(PMP)、筆記型電腦、手持式遊戲裝置 及各種相關性可攜式裝置等）。 除了前述應甩架構實施例之外，在不違反同一發明精神的原則下 ’本發明更有以下之實施例，接下來請繼續參照「第7圖」，為本發明 之可攜式太陽能供電系統第二應用架構實躺(2)。 右將本發明之可攜式太陽能供電线與衣服(攜帶式裝置)4〇相結 合’則可創造出良好的保暖效果，衣服4〇内加熱機制41的工作電源此 時則由供電系統10負責提供，而衣服40的表面需設置太陽能板2〇來 收集太陽統並轉換成太陽電能，再傳送至供電綠削彡成直流電 能DC，此時直流電能DC可供給加熱機制μ所需的工作電源並對供 電系統Π)充電’此供電系統1G亦同時設置有輪出單元，當使用者的 Ϊ292226 , 任何攜帶式裝置需要工作電源時，亦可藉由供電系統10連接後來提供 直越能DC，使㈣#的制，同日村讓祕⑽兼純暖之帛，而 可運用此架構的攜帶式裝置3〇可包含有:外套、衣服、裤子、背心外套 •及各種相關類型攜帶型產品等。 雖:」本發月以鈾述之較佳實施例揭露如上，然其並非用以限定本發 明，任何熟習此技藝者，在不脫離本發明之精神和範圍内，當可作些許之 更動與潤倚，因此本發明之保護範圍當視後附之申請專利範圍所界定者為 銨 準。 【圖示簡單說明】 第1 ®林發明之可攜式太陽能供㈣、統立體示意圖； 第2圖為本發明之可攜式太陽能供電系統電路結構示意圖； 第3A圖為本發明之可攜式太陽能供電系統接收單元示意圖； 第犯®為本發明之可攜式太陽能供《統輪出單元示意圖； - ® 帛C圖為本發明之可攜式太陽能供電系統控制區塊示意圖； 第圖為本發明之可攜式太陽能供電系統第—應用架構實施例⑴圖； 第圖為本發月之可攜式太陽能供電系統第-應用架構實施例(2)圖； 第圖為本么月之可攜式太陽能供電系統第二應用架構實施例⑴；及 第圖為本發月之可攜式太陽能供電系統第二應用架構實施例(2)。 【主要元件符號說明】 10 供電系統 11 1292226It is also assumed that the user currently connects the portable solar power supply system of the present invention with the electrical device 32. At this time, the working power supply of the electric pirate device 32 is provided by the power supply system 1 , if the power supply system 10 (4) is insufficiently powered by the power supply device. The device 3 2 works. At this time, the power supply system ίο can also be transmitted to the DC power receiving interface 112 by external DC power, and then the DC power Dc can be released through the DC power output interface 122 (at the same time, the power supply system is charged). When the connection port of the electrical device 32 is combined with the DC power wheel-out interface 122, the power supply system 10 begins to output power to the electrical device 32 for use by the power supply device 32. 9 1292226 In addition to the power supply library concept (PowerBank) In addition to the implementation architecture, the portable solar power supply system of the present invention can be directly disposed in the information processing device 31. Please refer to FIG. 6 for the portable solar power supply system of the present invention. In the second embodiment of the application architecture (1), only the solar panel 2 is disposed on the surface of the information processing device 31 to receive the solar light source, and the power supply system The DC power DC (working power) can also be formed inside the information processing device 31, and the excess DC power Dc can be stored in the power supply system 10. At this time, the power supply system 10 can replace the charging of the information processing device 31 itself. The battery and the operating power required by the function mechanism 311 are supplied by the power supply system, thereby enabling the functions of the information processing device 31 to operate normally. Of course, the foregoing implementation architecture can be applied to any portable information. Processing devices or electrical devices (eg, mobile phones, personal digital assistants (PDAs), multimedia players (PMPs), notebook computers, handheld gaming devices, and various related portable devices, etc.). In addition to the foregoing embodiments, the present invention has the following embodiments without departing from the spirit of the same invention. Next, please refer to "FIG. 7" for the portable solar power supply system of the present invention. The second application architecture is lying down (2). Rightly, the portable solar power supply line of the present invention is combined with the clothes (portable device) 4' to create a good warmth effect, and the working power supply of the heating mechanism 41 in the clothes 4 is now responsible for the power supply system 10. Provided, the surface of the garment 40 needs to be provided with a solar panel 2 收集 to collect the solar system and convert it into solar energy, and then transmitted to the power supply green to form a DC power DC, at which time the DC power DC can supply the working power required by the heating mechanism μ. And charging the power supply system ') The power supply system 1G is also provided with a wheel-out unit. When the user's Ϊ292226, any portable device requires working power, the power supply system 10 can also be connected to provide a direct DC. The system of (4)#, the same day village secret (10) and pure warmth, and portable devices that can use this structure can include: jackets, clothes, pants, vests, and various related types of portable products. Although the present invention has been described above in terms of a preferred embodiment of the uranium, it is not intended to limit the invention, and any person skilled in the art can make some changes without departing from the spirit and scope of the invention. The scope of protection of the present invention is defined as the ammonium standard as defined in the appended patent application. [Simplified illustration] The portable power supply (4) and the stereoscopic schematic diagram of the portable solar energy system invented by the 1st forest; the second diagram is a schematic diagram of the circuit structure of the portable solar power supply system of the present invention; Schematic diagram of the receiving unit of the solar power supply system; the first offence is the schematic diagram of the portable solar energy of the present invention; - ® 帛C diagram is the schematic diagram of the control unit of the portable solar power supply system of the invention; Inventive portable solar power supply system - application architecture embodiment (1); diagram is the first month of the portable solar power supply system - application architecture embodiment (2); The second application architecture embodiment (1) of the solar power supply system; and the second embodiment of the second application architecture of the portable solar power supply system of the present month (2). [Main component symbol description] 10 Power supply system 11 1292226
11 接收單元 12 輸出單元 13 顯示單元 14 控制區塊 15 儲存單元 20 太陽能板 30 攜帶型產品 31 資訊處理系統 32 電器設備 40 衣服 41 加熱機制 111 太陽電能接收介面 112 直流電能接收介面 121 萬用串列埠輸出介面 122 直流電能輸出介面 141 充電控制單元 142 過放電控制單元 143 變壓單元 311 功能機制 DC 直流電能 1211 receiving unit 12 output unit 13 display unit 14 control block 15 storage unit 20 solar panel 30 portable product 31 information processing system 32 electrical equipment 40 clothes 41 heating mechanism 111 solar energy receiving interface 112 DC power receiving interface 121 million series埠Output interface 122 DC power output interface 141 Charging control unit 142 Over-discharge control unit 143 Transformer unit 311 Function mechanism DC DC power 12