M385161 五、新型說明： 【新型所屬之技術領域】 本創作係提供一帛具有電源管理功能之移動式備用 電源裝置，特指一種便於攜帶，可同時對多種可攜式電子 產品提供足額的供電量進行充電的備用電源產品。 【先前技術】 隨著科技的發展，人們對於電子產品的需求日益增 加，無論居家、外出、工作、娛帛，電子產品幾乎已進入 人們生活的每一環節，使人們不得不予以重視。而伴隨著 電子科技的進步，電子產品的設計也不斷自輕薄短小的方 向進行發展，除了在電子產品的有限體積内提供最強大的 功能外，也愈來愈重視電子產品的可攜性，以隨時得到電 子科技的辅助，讓生活更為便利。 承上所述，由於重視電子產品的可攜性，各家廠商無 不潛心鑽研電子產品微細化的技術，並在短期内取得相當 豐碩的成果。但電子產品亦有其先天性的限制，因而在另 一方面限制了電子科技的高速發展。此先天性的限制主 要來自於電源供應方面，當電子產品使用時，必須依靠電 力^供驅動’當電力不足或中斷時’效能再強大的電子產 品亦為英雄無用武之地。由於傳統的電子產品主要在固定 場所使用，並依賴室内電源供電，故使用上經常會忽略電 力供應問題》但對於可攜式產品而言，每—毫安培的電 3 M385161 力’都是相當寶責的資源，雖然、各家廢商亦在低耗能的方 向努力研發，但受限於電力儲存的技術尚無法有效突破， 故在有限的電池空間下，經常有臨時性的電力中斷問題。 特別在於日漸微細的電子產品而t，其電池㈣、， 使其儲存電1更為捉襟見肘，因而限制的可攜式電子產品 的使用。 ‘·- 有人會在外出時攜帶充電器，但充電器體積、 不易存放，且每一可攜式電子產品的充電器可能互不 造型 相容’若一個人身上有兩支(含)以上的產品，I次外出都 必須攜帶一些雜物，委實不甚方便。或有人會在外出時攜 帶備用電源’例如第二顆電池或小型發電機。但這些裝置 並非1常f生使用的產品，而且佔用個人有限的攜帶空間， 大多數人不會或不便隨身攜帶，即使有心攜帶亦可能 因臨時匆忙而忘記攜帶，使其應用率不高。 由此可見，習用 亟待加以改良。 的可攜性備用電源裝置仍有缺點，而 本案創作人鑑於習用產0 屋00的缺失，即著手研發改良 並由仔細的觀察後得知，可避 了攜式電子產品通常具有連接 埠’例如 USB、IEEE 1394 笠 m ▲ 1394 4，用來與其他電子產品或電 腦進行連接，而這些新式遠垃 Λ連接埠除進行資料傳輸外，亦同 時可提供充放電功能。因此， 后j rp人集思廣盈’藉由連接 蟑重要性不易為人忽視 妁特性’提供-種外接4的備用電 M385161 源’讓使用者隨時為自己的 简叭电于產進行充電。經 由長期的研發與實作，蚁供+ u 貫作^此成功推出本件具有電源管理功 能之移動式備用電源裝置。 【新型内容】 本創作之主要目的係在於提供一種具有電源管理功 能之移動式借用電源裝置’其結構簡單輕巧，容易攜帶， 並因其連接埠特色，讓使用者會 可嘗。己传攜帶，以隨時為可 式電子產品進行充電。 本創作之另一目的係在於提供一種具有電源管理功 能之移動式備用電源裝置’其可同時提供多件可攜 產品進行充電，且確保每—電子產品獲得足額的供電量。 本創作之再—目的係在於提供—具有電源管理功能 之移動式備用電源裝置，其根據連料的特性，不限 :的可携式電子產品’可同時為多種不同的可攜式電子產 品進行充電。 本創作之又一目的係在於提供一 ，、负电源管理功能 作為可攜 之移動式備用電源裝置，其結合集線器功能，可 式電子產品與電腦之間的傳輸介面。 可達成上述目的之具有電源管理功能之移動式備用 電源裝m要包括有一連接埠集線器、 π七電源以 —電源管理結構。該連接埠集線器具有一個以上的連接 埠，用來連接一外部的電子裝置’該連接埠連接有—集: 5 M385161 器控制結構，該集線器控制結構另一端連接到一電腦上， 藉由電腦管理連接蟑集線器的功能。該内部電源係裝置於 該連接料線器内，可為㈣電池、鎳氫電池、μ離子電 池等可充電式二次電池。配合其充電特性，該内部電源連 接有-充放電控制結構，該充放電控制結構連接到電腦上 接受管控’以對二次電池進行充電。該内部電源亦可為一 次電池’當其電力用畢時可打開電池槽以進行更換。而該 電源管理結構係連接在該内部電源與連接埠之間，可偵測 外部電子裝置的電力需求自動調整，以將該内部電源的電 力穩定均句的傳遞到電子裝置上。該連接槔内部腳位大致 區分有電力傳輸接腳與資料傳輸接腳，該電力傳輸接腳用 來連接内部電源以提供備用電源，該資料傳輸接腳則連接 集線器控制結構，該集線器控制結構得經由資料傳輸接腳 取侍外部電子裝置的電力需求資訊，並經由該電源管理結 構調整内部電源以提供穩定的電源輸出。 【實施方式】 β參閲圖-、圖二所示，為本創作所提供之—種具有 電源官理功能之移動式備用電源裝置，其主要包括有一連 接埠集線器卜-内部電源2以及一電源管理結構3β 1具有一個以上的連接琿4，用來 =部的電子裝置—4連接有_集竣器:: 5’該集線器控制結構5另—端連接到—電腦6上， M385161 藉由電腦6管理連接埠集線器丨的功能。 該内部電源2係裝置於該連接埠集線器】内可為錄 鎘電池（Ni-Cd)、錄1電池（Ni_MH)、鐘離子電池（Li i〇n) 等可充電式二次電池。配合其充電特性，該内部電源2 連接有-充放電控制結構7,該充放電控制結構7連接到 電腦6接受管控，可在内部電源2的電力耗盡時透過電 腦6的電源予以充電。當然，除了電腦6外該充放電控 制結構7亦可連接一外部雷、75 ngj 土 -,、 卜0丨電源（圖未不出），以對該内部電 源-2進行充電。M385161 V. New Description: [New Technology Field] This creation department provides a mobile standby power supply unit with power management function, which is especially convenient for carrying and can provide sufficient power for a variety of portable electronic products at the same time. A backup power supply that is charged. [Prior Art] With the development of science and technology, people's demand for electronic products is increasing. No matter at home, going out, working or entertaining, electronic products have almost entered every aspect of people's lives, which makes people have to pay attention to them. With the advancement of electronic technology, the design of electronic products has been continuously developed from a light and short direction. In addition to providing the most powerful functions in the limited volume of electronic products, it is increasingly paying attention to the portability of electronic products. Get help from electronic technology at any time to make life easier. As mentioned above, due to the importance of the portability of electronic products, various manufacturers have been concentrating on the technology of miniaturization of electronic products, and have achieved considerable results in the short term. However, electronic products also have their inherent limitations, which in turn limits the rapid development of electronic technology. This congenital limitation comes mainly from the power supply. When electronic products are used, they must rely on electricity to drive 'when power is insufficient or interrupted'. The electronic products that are more powerful are also useless for heroes. Since traditional electronic products are mainly used in fixed places and rely on indoor power supply, the power supply problem is often neglected in use. But for portable products, every 3 amps of electricity is 3 M385161. Responsible resources, although the various waste businesses are also striving to develop in the direction of low energy consumption, but the technology limited by power storage can not effectively break through, so in the limited battery space, there are often temporary power interruption problems. In particular, the increasingly thin electronic products, and the battery (4), make their storage of electricity 1 more stretched, thus limiting the use of portable electronic products. '·- Some people will carry the charger when they go out, but the charger is bulky and difficult to store, and the charger of each portable electronic product may not be compatible with each other' if there are two or more products on one person. I have to carry some sundries for I going out, which is not very convenient. Or someone will carry a backup power supply when going out, such as a second battery or a small generator. However, these devices are not products that are often used by people, and they take up a limited amount of personal carrying space. Most people do not carry or carry them with them. Even if they are carrying them, they may forget to carry them because of temporary rush, so that their application rate is not high. It can be seen that the practice needs to be improved. The portable backup power supply device still has shortcomings, and the creator of the case, in view of the lack of the production of the 0 house 00, has begun to develop and improve, and after careful observation, it can be avoided that the portable electronic product usually has a connection 埠 ' USB, IEEE 1394 笠m ▲ 1394 4, used to connect with other electronic products or computers, and these new remote connections eliminate the need for data transmission, but also provide charging and discharging functions. Therefore, the post-j rp people brainstorming 'by the connection 蟑 the importance of neglecting the 妁 characteristics of the 'external 4 of the standby power M385161 source' allows users to charge their own production at any time. After long-term research and development and implementation, Ant Supply + u has successfully launched this mobile standby power supply unit with power management function. [New Content] The main purpose of this creation is to provide a mobile borrowing power supply unit with power management function, which is simple and light in structure, easy to carry, and allows users to taste it because of its connection characteristics. It has been carried around to charge the electronic products at any time. Another object of the present invention is to provide a mobile backup power supply unit having a power management function, which can simultaneously provide multiple pieces of portable products for charging, and ensures that each electronic product receives a sufficient amount of power. The re-creation of this creation is to provide a mobile backup power supply unit with power management function, which is based on the characteristics of the material, and is not limited to: portable electronic products can be simultaneously carried out for a variety of different portable electronic products. Charging. Another object of the present invention is to provide a negative power management function as a portable mobile backup power supply device, which combines a hub function, a transmission interface between an electronic product and a computer. The mobile standby power supply with power management function capable of achieving the above purpose includes a connection hub, a π seven power source, and a power management structure. The port has more than one port for connecting an external electronic device. The port is connected to a set of 5 M385161 control structures. The other end of the hub control structure is connected to a computer and managed by a computer. The function of connecting to a hub. The internal power source is installed in the connecting wire feeder, and may be a rechargeable secondary battery such as a battery, a nickel-hydrogen battery or a micro-ion battery. In conjunction with its charging characteristics, the internal power source is connected to a charge and discharge control structure that is connected to a computer for control to charge the secondary battery. The internal power supply can also be a primary battery. When the power is used, the battery compartment can be opened for replacement. The power management structure is connected between the internal power source and the port, and can automatically detect the power demand of the external electronic device to transmit the power of the internal power source to the electronic device. The internal pin of the port is roughly divided into a power transmission pin for connecting to an internal power source for providing backup power, and a data transmission pin for connecting to a hub control structure, the hub control structure is The power demand information of the external electronic device is taken through the data transmission pin, and the internal power supply is adjusted through the power management structure to provide a stable power output. [Embodiment] As shown in Fig.- and Fig. 2, a mobile standby power supply device with power supply function is provided for the creation of the present invention, which mainly includes a connection hub, an internal power supply 2, and a power supply. The management structure 3β 1 has more than one connection port 4, and the electronic device used for the part is connected to the set device: 5' The hub control structure 5 is connected to the computer 6 at the other end, and the M385161 is used by the computer. 6 Manage the function of the connection port. The internal power source 2 is a rechargeable secondary battery such as a cadmium battery (Ni-Cd), a recording battery (Ni_MH), or a plasma battery (Li i〇n). In conjunction with its charging characteristics, the internal power source 2 is connected to a charge and discharge control structure 7, which is connected to the computer 6 for control, and can be charged by the power of the computer 6 when the internal power source 2 is exhausted. Of course, in addition to the computer 6, the charge and discharge control structure 7 can also be connected to an external lightning, 75 ngj earth-, and power supply (not shown) to charge the internal power source-2.
該内部電源2亦可為一次電池， 電池、鐘電池等一次性電池，其大小 配合該二次電池，該一次電池可 鋅空氣電池、水銀電池、氧化銀 示出）來放置一次電池。 為錳鋅電池、鹼錳電池、 如AA*2，AAA*2…等配置， 槽以進行更換。 或另置電池槽（圖未 數量依需求調整， 當其電力肖#時可打開電池 内部電源2與連接蟑 需求自動調整，以將 到電子裝置上，並使 而該電源管理結構3係連接在該 4之間’可偵測外部電子裝置的電力 該内部電源2的電力穩定均勻的傳遞 使用中的電子裝置安全穩定的工作。 前述連接埠4為任何 ’其配合連接埠插頭8 型式。該USB連接埠 請參閱圖三A至圖三κ所示， 可達成充電功能的資料傳輸連接槔 目前常見的有USB與IEEE 1394等 7 M385161 插頭8最常見的型式為外觀呈長方扁平形狀的標準usb A Type(圖三A)，或是外觀呈正方形的標準USB B Type(圖 二B)。以及之後縮小體積發展的miniusBA/B(圖三C/D) 等連接埠型式，或是體積更小，方便應用於行動裝置上的 micro USB A/B(圖三E/F)等型式，或是最新提出的USB3 〇 A/B(圖二G/Η)等型式。而IEEE 1394連接埠插頭8的型 式開始以腳位區分有IEEE 1394a 6Pin(圖三^與IEEE 1394a 4Pin(圖J)規格，以後隨著傳輸量的增加而改有 IEEE 1394b9Pin(圖三K)等型式。當然，這些連接埠斗型 式仍在不斷添加、改良，但整體不脫離本創作所要求的充 電需求。 本創作強調自動調整電源輸出的特性，如圖三Α以 USB連接槔插頭8為例，該連接琿插頭8内部腳位大致 區分有電力傳輸接_ 81與資料傳輸接_ 82，該電力傳輸 接腳81用來連接内部電源2以提供備用電源該資料傳 輸接腳82則連接集線器控制結構$，該集線器控制結構5 得經由資料傳輪接腳82取得外部電子裝置9的電力需求 資訊，並經由該雷调答理丛4盆， 罨原s理、.Ό構3調整内部電源2以提供穩 定的電源輸出。 圖四所不’配合二次電池的内部電源2設計，本 創作在未使用連接埠4連接電子裝置9時，可當作充電器 使用h電腦6透過充放電控制結構7對内部電源2的二 M385161 次電池進行充電， 以備不時之需。同樣地’該充放電控制 構7亦可連接—外部冑源以對該内#冑源' 2進行充電。 而為了增加輸出電源的穩定性，該内部電源2與電源 s理”。構3之間設置有-升降壓管理結構10，是藉以管 控内部電源2的輸出，使每一電子裝置9皆能得到足額、 穩定的電力供應。The internal power source 2 may also be a primary battery, a disposable battery such as a battery or a clock battery, which is sized to match the secondary battery, which may be a zinc-air battery, a mercury battery, or a silver oxide to place a primary battery. For manganese-zinc batteries, alkaline-manganese batteries, such as AA*2, AAA*2, etc., the tank is replaced. Or another battery slot (the number is not adjusted according to the demand, when the power is Xiao #, the battery internal power supply 2 and the connection port can be automatically adjusted to be connected to the electronic device, and the power management structure 3 is connected The 4' can detect the power of the external electronic device. The power of the internal power supply 2 is stably and evenly transmitted to the safe and stable operation of the electronic device in use. The aforementioned connection 埠4 is any type of connector 埠 plug 8 of the type. For the connection, please refer to Figure 3A to Figure 3, κ, the data transmission connection that can achieve the charging function. Currently, there are USB and IEEE 1394, etc. 7 M385161 plug 8 The most common type is the standard usb with a rectangular shape. A Type (Fig. 3A), or a standard USB B Type (Fig. 2B) with a square appearance, and a minius BA/B (Fig. 3 C/D) with a smaller volume development, or a smaller size. It is convenient to be applied to the type of micro USB A/B (Fig. 3 E/F) on the mobile device, or the newly proposed USB3 〇A/B (Fig. 2G/Η), etc. The IEEE 1394 port 埠 plug 8 The type begins with the IEEE 139 4a 6Pin (Fig. 3) and IEEE 1394a 4Pin (Fig. J) specifications, and later with the increase in the amount of transmission, there are IEEE 1394b9Pin (Fig. 3K) and other types. Of course, these connection bucket types are still being added and improved. However, the whole does not deviate from the charging requirements required by this creation. This creation emphasizes the automatic adjustment of the characteristics of the power output, as shown in Figure 3. The USB port 槔 plug 8 is taken as an example. The internal pin of the connector 8 plug 8 is roughly divided into power transmission connections _ 81 and data transmission _ 82, the power transmission pin 81 is used to connect the internal power supply 2 to provide backup power. The data transmission pin 82 is connected to the hub control structure $, the hub control structure 5 via the data transfer pin 82 The power demand information of the external electronic device 9 is obtained, and the internal power source 2 is adjusted to provide a stable power output through the lightning adjustment of the cluster 4, and the internal power supply 2 is provided. The internal power supply 2 is designed. When the electronic device 9 is connected without using the connection 埠4, the second M385161 secondary battery of the internal power supply 2 can be charged as a charger using the h computer 6 through the charge and discharge control structure 7. In the same way, the charge/discharge control structure 7 can also be connected to an external source to charge the internal source 2. In order to increase the stability of the output power supply, the internal power supply 2 and the power supply The structure of the internal power supply 2 is controlled to enable each electronic device 9 to obtain a sufficient and stable power supply.
。充放電控制結構7連接有一電源顯示器7 1， 以顯示内部電源2充放電狀態，樣地，該集線器控制結 構5連接有—資料傳輸顯示結構51以顯示資料傳輸狀態。 本創作與習用技術相較之下，更有以下特點與功效： 1·本創作可作為電腦與外接電子裝置，或是電子裝置 之間的資料傳輸功能。 2.. The charge and discharge control structure 7 is connected to a power supply display 7 1 for displaying the state of charge and discharge of the internal power source 2. For example, the hub control structure 5 is connected to the data transmission display structure 51 to display the data transmission state. Compared with the conventional technology, this creation has the following features and functions: 1. This creation can be used as a data transmission function between a computer and an external electronic device or an electronic device. 2.
3. 本創作可當外接電子裝置的備用電力，利用自動電 ^官理’可以同時對兩件以上的電子裝置進行充電因 可自動電源調配給每個電子裝置，避免備用電力浪費。 本創作必要時可當充電器，以對二次電池進行充 電’符合環保需求。 因藉由内部電源提供穩壓電源給外接電子裝置，故 有效維持該電子裝置使用時的穩定性。 若連線到電腦時，更可同時做資料傳輸以及充電動 作且充電時會自動調配電源，首先充電至外接電子穿 田有剩餘的電源時，直接切換成内部電源充電，避 9 M385l6i 免電腦電源的浪費，符合環保要求。 上列詳細說明係針對本創作之一可行實施例之具體 說明，惟該實施例並非用以限制本創作之專利範圍，凡未 脫離本創作技藝精神所為之等效實施或變更，均應包含於 本案之專利範圍中。 【圖式簡單說明】 請參閱以下有關本創作一較佳實施例之詳細說明及 其附圖’將可進一步瞭解本創作之技術内容及其目的功 效；有關該實施例之附圖為： 圖一為本創作具有電源管理功能之移動式備用電源裝 置之立體圖； 圖二為該具有電源管理功能之移動式備用電源裝置的 平面詳圖； 圖三A-圖三Η為不同型式的USB連接埠插頭結構示 意圖； 圖三Γ圖三K為不同型式的IEEE 1394連接埠插頭 結構示意圖；以及 圖四為該具有電源管理功能之移動式備用電源裝置的 充電結構示意圖。 【主要元件符號說明】 1 連接埠集線器 2 内部電源 10 M385161 3 電源管理結構 4 連接埠 5 集線器控制結構 51資料傳輸顯示結構 6 電腦 7 充放電控制結構 71電源顯示器 8 連接埠插頭 81電力傳輸接腳 82資料傳輸接腳 9 電子裝置 10升降壓管理結構3. This creation can be used as the backup power of the external electronic device. The automatic electric power can be used to charge more than two electronic devices at the same time. The automatic power supply can be allocated to each electronic device to avoid waste of standby power. This creation can be used as a charger when necessary to charge the secondary battery' to meet environmental requirements. Since the internal power supply provides a regulated power supply to the external electronic device, the stability of the electronic device is effectively maintained. If you connect to the computer, you can also do data transmission and charging at the same time and automatically allocate the power when charging. First, when charging to the external electronic through the field, the power is directly switched to the internal power supply to avoid the 9 M385l6i free computer power supply. Waste, in line with environmental requirements. The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case. BRIEF DESCRIPTION OF THE DRAWINGS Please refer to the following detailed description of a preferred embodiment of the present invention and the accompanying drawings, which will further understand the technical contents of the present invention and its functions. The drawings relating to the embodiment are as follows: A perspective view of a mobile standby power supply device having a power management function; FIG. 2 is a detailed plan view of the mobile standby power supply device having a power management function; FIG. 3A-FIG. 3 is a different type of USB connection plug FIG. 3 is a schematic diagram of a different type of IEEE 1394 port plug structure; and FIG. 4 is a schematic diagram of a charging structure of the mobile standby power supply device with power management function. [Main component symbol description] 1 Connection 埠 Hub 2 Internal power supply 10 M385161 3 Power management structure 4 Connection 埠 5 Hub control structure 51 Data transmission display structure 6 Computer 7 Charge and discharge control structure 71 Power supply display 8 Connection 埠 Plug 81 Power transmission pin 82 data transmission pin 9 electronic device 10 buck-boost management structure
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