五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種行動電源，特別是指一種可攜 式行動電源。 【先前技術】 近年來，由於電子和資訊產業的快速發展，現代人 不可或缺的隨身物品，諸如手機、MP3、筆記型電腦、 數位相機等可攜式電子產品，均係以内置式可充電式電 池作為其主要電力來源’而為隨時保持該等電子產品處 於可用狀態’現行已有許多種行動電源之產品因應而 生，利用小小的裝置以儲存備用電力，以便使用者隨時 隨地可補充電力，無須擔心電子產品電力耗盡之問題； 而目刖市面上之行動電源，大部份係利用變壓器或 C/DC電源供應器，以對電子產品的電池進行充電然 而，雖多數之行動電源係可適用於多種不同品牌之隨身 =子產品，但多係需利用USB輸出插座來供應電力，即 需利用電子產品接設一轉接線，再由該轉接線之刪插 座來與行動電源連結，外出時往往還需攜帶各種電子產 品所適用之轉接線，攜帶更為不易；更甚者，如以電池 充電方式論之，市面雖有可調整電池之導電接點之充電 器以供不同尺寸電池充電使用，但該充電器係無法儲存 ㈣電力’其均需自&合壁面之插座使用才得以供電，不 僅充電過程不利於電子產品之同步使用外如不便於同 時接聽電話，出門在外更縣法直接針對f子產品補充 電力’對於使用方便性實仍有待改進β 【新型内容】 因此，本新型之目的是在提供一種可攜式行動電 源，其具使用方便且易於攜帶之功效。 於是，本新型可攜式行動電源，其包含有一本體及 分設於該本體内並呈相互電性連接之蓄電單元電源轉 換模組，其中，該本體分別具有至少一可供電力輸入、 輸出之電源輸入埠、電源輸出埠，而該本體上開設有一 供充電電池容置之導槽，以及一與該蓄電單元電性連接 之銜接裝置，而該銜接裝置具有二與該蓄電單元連接之 導接端，且該等導接端恰可頂掣於該充電電池之導電接 點以呈相互對應，俾便該導槽内供所需之充電電池置放 時，該儲存有備用電力之蓄電單元可將該電力傳送至該 等導電接點，以達電力供應作用；是以，除可直接針對 該充電電池進行充電作業外，更可利用一轉接線將一電 子產ιισ連接至該本體以供充電，不僅可達多元化充電方 式’更可直接針對各種款式規格之電池予以供電，以達 易於隨身攜帶，使用更為方便之功效β 【實施方式】 有關本新型之前述及其他技術内容、特點與功效， 在以下配合參考圖式之較佳實施例的詳細說明中，將可 清楚的明白。 參閱圖1、圖2’本新型一種可攜式行動電源3之第 較佳實施例，其包含有一本體31，以及分設於該本體 31内之蓄電單元32、電源轉換模組33(圖中僅以簡圖示 出）；其中’該本體31具有至少一與該電源轉換模組33 連接並可供電力輸入之電源輸入埠311，以及至少一與 該蓄電單元32連接並可供電力輸出之電源輸出埠312, 以下各實施例中，均係以設置有一電源輸入埠311(in) 及二電源輸出埠312(OUT)為例做說明，以便使用者可利 用一輸入線（圖中未示）插入該電源輸入埠311，以供該本 體31儲存電力至該蓄電單元32中，或可利用一轉接線 7將一或多個電子產品4連接至該本體31之電源輸出埠 312 ’以達供應電力；至於，該電源轉換模組33係與該 蓄電單元32電性連接’利用該電源轉換模組33可將該 電源輸入埠311所輸入之電力轉換成一電子產品4所需 之電源模式，並將該電力儲存至該蓄電單元32中，以 供後續充電使用。 依續前述，該本體31上開設有一供該電子產品4 之充電電池41容置之導槽313，以及一設於該導槽313 上之銜接裝置314 ;其中，該銜接裝置314係與該蓄電 單7L 32電性連接，同時該銜接裝置314具有二與該蓄 電單元32連接之導接端3141，且該等導接端3141恰可 頂掣於該充電電池41之導電接點411以呈相互對應；再 者，於本實施例中，該銜接裝置314係可具有一設於該 導槽313内壁上之調整座3142,以及一開設於該調整座 3142上並可供該等導接端3141滑移於内之滑槽SMS， 而該等導接端3141可滑移並頂掣至對應該等導電接點 411位置處’尤其該二導接端3143係恰可頂掣對應至該 充電電池41正、負極之導電接點411，以便該導槽313 内供所需之充電電池41置放時，該蓄電單元32可將該 電力傳送至該等導電接點411，以達電力供應作用。 配合參閱圖2,首先利用一輸入線分別連接一電源 裝置（如插座，圖中未示出）及該電源輸入埠311，以 針對該本體31進行電力儲存，即所輸入之電力可透過 該電源轉換模組33以轉換成一電子產品4(如手機）所 需之電源模式，再將該電力儲存至該蓄電單元32(如蓄 電池）中，即完成備用電力儲存作業，如此一來，後續如 欲針對該手機4進行充電使用時，即可直接利用一轉接 線7將該手機4與該其一電源輸出埠312連接，以達充 電，倘若不使用該轉接線7,使用者可直接將該手機4 之充電電池41容置於該導槽313内，此時，由於市面 上之電池款式眾多，其充電接點之位置各有所異，故可 利用該銜接裝置314之導接端3141設置來做調整，即 使該等導接端3141於該調整座3142上之滑槽3143内 做一滑移’以分別對應到該充電電池41之正、貪極上 的導電接點411處’藉以導通電流而達電池充電效果； 因此’該可攜式行動電源3不僅可達儲電作業，更可直 接進行電子產品4與充電電池41之充電作業，以達多 元化充電方式，再配合該等導接端3141之設置，更可 直接針對各種款式規格之電池予以供電，不僅達多元化 充電方式’更有利隨身攜帶，使用更為方便。 參閱圖3,本新型一種可攜式行動電源3之第二較 佳實施例’其仍包含與第一實施例相同之元件，且其達 成功效與第一實施例所述相同者，恕不贅述；本實施例 特別在於，該銜接裝置314更適時具有一開設於該導槽 313内壁上之滑軌3144，以及一設於該滑軌3144上並 可於該滑轨3144内滑移之頂掣座3145 ;其中，該滑執 可適時設在相反於該導接端3141方向處；是以，除利 用該銜接裝置314之可滑移式導接端3141設置，可達 電池直接充電作用外，配合該頂掣座3145於該滑軌3144 上之滑移作動，更可供各種電池尺寸容置並定位於該導 槽313中即無論電池尺寸大小為何，只要利用該頂擎 座3145滑移於該滑軌3144中，並頂掣於電池一端以使 電池呈定位效果，即可執行充電作業，故可適用各種款 式之電池尺寸及規格使用，以達多元化充電方式，使用 更為方便’且有利隨身攜帶。 參閱圖4,本新型一種可攜式行動電源3之第三較 佳實鉍例仍包含與第一實施例相同之元件及其達成功 效，恕不贅述；特別在於，本實施例另設有—與該本體 31相連接之外套部5，該外套部5具有一供該本體 容置之第一部件51 ’以及-銜接該第-部件51並可相 對翻折於該第-部件51上之第二部件52,而該第二部 件52係可供冑子產品4容置；使用時，將該本體31 與該電子產品4同昧番iirt JA. ί- ι ㈧呀置入該第一部件51、第二部件52 内，再將第一部件51、笛-却处οι , | |卞、第一部件52相互折疊，以便方 便隨身配戴於身上，且使用者可直接利用一轉接線7銜 接於該電子產品4及該本體31之電源輸出埠312間， 以供該電子產品4直接進行充電，亦或可透過該銜接裝 置314直接針對該電子產品4之電池進行充電，俾達多 元化充電方式、使用方便、隨身攜帶使用之功效。 參閱圖5’本新型一種可攜式行動電源3之第三較 佳實施例仍包含與第一實施例相同之元件及其達成功 效’恕不贅述；特別在於，該本體31上另樞設有一與 該電源轉換模組33電性連接之市電接頭6，以便該市電 接頭6所輸入之電力可透過該電源轉換模組33而儲存 於該蓄電單元32中，同時該本體31上位於相反該導槽 313方向可開設有一嵌槽315，以供該市電接頭6可設 於該嵌槽315内，以達内嵌式隱藏收合，不僅有利於攜 帶方便外，使用者如欲針對該本體31進行備用電力儲 存作業時’亦可直接將該市電接頭6予以插入一壁面插 座（圖中未示出）中以進行儲電作業，故可省略利用一轉 接線來達儲電，使用更為方便且有利隨身攜帶。 歸納前述，本新型主要利用一可供該電子產品之充 電電池容置之導槽，以及一設於該導槽上之銜接裝置， 故可直接將該充電電池置入該導槽内進行充電作業 外’亦可針對一電子產品採取轉接線連接之供電方式為 之，不僅可達多元化充電方式，並可直接針對各種款式 尺寸規格之電池予以供電，確實達到易於隨身攜帶，使 用更為方便之功效。 M443986 惟以上所述者’僅為說明本新型之較佳實施例而 已，當不能以此限定本新型實施之範圍，即大凡依本新 型申請專利範圍及新型說明書内容所作之簡單的等效 變化與修飾，皆應仍屬本新型專利涵蓋之範圍内。 【圓式簡單說明】 圖1是本新型第一較佳實施例示意圖； 圖2是本新型第一較佳實施例實施態樣示意圖； 圖3是本新型第二較佳實施例示意圖； 圖4是本新型第三較佳實施例示意圖；及 圖5是本新型第四較佳實施例示意圖。 【主要元件符號說明】 3 可攜式行動電源 31 本體 32 蓄電單元 33 電源轉換模組 311 電源輸入皡 312 電源輸出蜂 313 導槽 314 銜接裝置 315 嵌槽 3141 導接端 3142 調整座 3143 滑槽 3144 滑軌 3145 頂掣座 4 電子產品 41 充電電池 411 導電接點 6 市電接頭 5 外套部 51 第一部件 52 第二部件V. New description: [New technical field] The new type is related to a mobile power supply, especially a portable mobile power supply. [Prior Art] In recent years, due to the rapid development of the electronics and information industries, portable electronic products such as mobile phones, MP3s, notebook computers, and digital cameras, which are indispensable for modern people, are built-in rechargeable. As the main source of electricity, the battery is used to keep the electronic products available. 'There are many kinds of mobile power products available in the future, using small devices to store backup power so that users can replenish power anytime, anywhere. There is no need to worry about the exhaustion of electronic products; and most of the mobile power supplies on the market use transformers or C/DC power supplies to charge the batteries of electronic products. However, most of the mobile power systems It can be applied to a variety of different brands of portable = sub-products, but many need to use the USB output socket to supply power, that is, the use of electronic products to connect a patch cord, and then the plug-in of the patch cord to connect with the mobile power When going out, it is often necessary to carry the patch cords for various electronic products, which is more difficult to carry; even worse, According to the battery charging method, although there are chargers for adjusting the conductive contacts of the battery for charging different sizes of batteries, the charger cannot be stored. (4) The power needs to be used from the socket of the wall. Power supply, not only the charging process is not conducive to the simultaneous use of electronic products, such as inconvenient to answer the phone at the same time, go out to the county to directly supplement the power of the f sub-products. 'The convenience of use is still to be improved β [new content] Therefore, the new type The purpose is to provide a portable mobile power source that is easy to use and easy to carry. Therefore, the portable power supply of the present invention comprises a main body and a power storage unit power conversion module respectively disposed in the body and electrically connected to each other, wherein the main body has at least one power input and output. a power supply port, a power output port, and a guiding slot for receiving the rechargeable battery, and a connecting device electrically connected to the power storage unit, wherein the connecting device has two guiding connections to the power storage unit And the conductive terminals of the rechargeable battery are corresponding to each other, and the storage unit storing the backup power can be provided when the required rechargeable battery is placed in the guiding slot. Transmitting the power to the conductive contacts for power supply; in addition to directly charging the rechargeable battery, an electronic connection can be connected to the body by using a patch cable. Charging, not only can reach a variety of charging methods, but also can directly supply power to batteries of various styles and specifications, so as to be easy to carry around, more convenient to use. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 1 and FIG. 2, a preferred embodiment of a portable mobile power supply 3 includes a main body 31, and an electric storage unit 32 and a power conversion module 33 disposed in the main body 31 (in the figure). The main body 31 has at least one power input port 311 connected to the power conversion module 33 and available for power input, and at least one connected to the power storage unit 32 for power output. The power output 埠 312, in the following embodiments, is provided with a power input 埠 311 (in) and two power output 埠 312 (OUT) as an example, so that the user can use an input line (not shown) Inserting the power input port 311 for the body 31 to store power into the power storage unit 32, or connecting one or more electronic products 4 to the power output port 312' of the body 31 by using a patch cord 7 The power conversion module 33 is electrically connected to the power storage unit 32. The power conversion mode can be converted into the power mode required for the electronic product 4 by using the power conversion module 33. And the power reserve It is stored in the power storage unit 32 for subsequent charging. As shown in the foregoing, the body 31 defines a guiding slot 313 for receiving the rechargeable battery 41 of the electronic product 4, and a connecting device 314 disposed on the guiding slot 313. The connecting device 314 is connected to the power storage device. The single 7L 32 is electrically connected, and the connecting device 314 has two guiding ends 3141 connected to the power storage unit 32, and the guiding ends 3141 are just like the conductive contacts 411 of the rechargeable battery 41 to be mutually Correspondingly, in the embodiment, the connecting device 314 can have an adjusting seat 3142 disposed on the inner wall of the guiding slot 313, and can be opened on the adjusting base 3142 and can be used for the guiding end 3141. Sliding in the inner slot SMS, and the guiding end 3141 can be slid and topped to correspond to the position of the corresponding conductive contact 411. In particular, the two guiding end 3143 can be topped to correspond to the rechargeable battery When the conductive battery 41 is placed in the guiding slot 313 for the required rechargeable battery 41, the power storage unit 32 can transmit the power to the conductive contacts 411 for power supply. Referring to FIG. 2, a power supply device (such as a socket, not shown) and the power input port 311 are respectively connected by an input line to perform power storage for the body 31, that is, the input power can pass through the power source. The conversion module 33 converts the power mode required for an electronic product 4 (such as a mobile phone), and then stores the power into the power storage unit 32 (such as a battery), that is, completes the backup power storage operation, and thus, the subsequent When the mobile phone 4 is used for charging, the mobile phone 4 can be directly connected to the power output 埠 312 by using a power cable 4 to achieve charging. If the power cable 7 is not used, the user can directly The rechargeable battery 41 of the mobile phone 4 is received in the guiding slot 313. At this time, since the battery has many styles on the market, the positions of the charging contacts are different, so the guiding end 3141 of the connecting device 314 can be utilized. The adjustment is set to be performed even if the conductive terminals 3141 are slipped in the sliding slot 3143 of the adjusting base 3142 to respectively correspond to the positive and positive conductive contacts 411 of the rechargeable battery 41. Current The charging effect of the battery; therefore, the portable mobile power supply 3 can not only reach the power storage operation, but also can directly charge the charging operation of the electronic product 4 and the rechargeable battery 41 to achieve a diversified charging mode, and then cooperate with the guiding end 3141. The setting can directly supply power to batteries of various styles and specifications, not only to achieve a diversified charging method, but it is more convenient to carry around and more convenient to use. Referring to FIG. 3, the second preferred embodiment of the portable mobile power supply 3 of the present invention still contains the same components as the first embodiment, and the effect is the same as that described in the first embodiment, and will not be described again. The embodiment is particularly characterized in that the engaging device 314 has a slide rail 3144 which is opened on the inner wall of the guide groove 313 and a top plate which is disposed on the slide rail 3144 and can slide in the slide rail 3144. The seat 3145; wherein the sliding handle can be disposed at a direction opposite to the guiding end 3141; in other words, in addition to using the slidable guiding end 3141 of the connecting device 314, the battery can be directly charged. In conjunction with the sliding movement of the top sill 3145 on the sliding rail 3144, it can be accommodated in various battery sizes and positioned in the guiding slot 313, that is, regardless of the size of the battery, as long as the ejector 3145 is used to slide The slide rail 3144 is placed on one end of the battery to make the battery have a positioning effect, so that the charging operation can be performed, so that it can be applied to various sizes of battery sizes and specifications, so as to achieve a diversified charging method, and it is more convenient to use. It is easy to carry around. Referring to FIG. 4, the third preferred embodiment of the portable mobile power supply 3 of the present invention still includes the same components as the first embodiment and its implementation effects, and details are not described herein; in particular, the present embodiment is further provided with And a sleeve portion 5 connected to the body 31, the jacket portion 5 having a first member 51' for receiving the body and - engaging the first member 51 and being foldable relative to the first member 51 Two parts 52, and the second part 52 is for accommodating the scorpion product 4; in use, the body 31 and the electronic product 4 are placed together with the iirt JA. ί- ι (eight) into the first part 51 In the second component 52, the first component 51, the flute-but οι, | | 卞, and the first component 52 are folded to each other so as to be easily worn on the body, and the user can directly use a patch cord 7 The electronic product 4 and the power output 312 of the main body 31 are connected to the electronic product 4 for charging directly, or the battery of the electronic product 4 can be directly charged through the connecting device 314. Charging method, easy to use, and easy to carry around. Referring to FIG. 5 ′, a third preferred embodiment of the portable mobile power supply 3 of the present invention still includes the same components as the first embodiment and the effect thereof is not described herein; in particular, the body 31 is further provided with a pivot a mains connector 6 electrically connected to the power conversion module 33, so that the power input by the mains connector 6 can be stored in the power storage unit 32 through the power conversion module 33, and the body 31 is opposite to the guide A slot 315 can be defined in the direction of the slot 313, so that the mains connector 6 can be disposed in the slot 315 for in-line concealed folding, which is convenient for carrying, and the user wants to perform the body 31. During the standby power storage operation, the utility power connector 6 can also be directly inserted into a wall socket (not shown) for power storage operation, so that the use of a power cable can be omitted to achieve power storage, which is more convenient to use. And it is easy to carry with you. In summary, the present invention mainly utilizes a guiding groove for accommodating the rechargeable battery of the electronic product, and a connecting device disposed on the guiding groove, so that the rechargeable battery can be directly placed in the guiding slot for charging operation. The external 'can also adopt the power supply mode of the extension cable connection for an electronic product, which not only can reach the diversified charging mode, but also can directly supply power to the battery of various styles and specifications, and is indeed easy to carry around, and is more convenient to use. The effect. The above description is only for the purpose of illustrating the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes made in accordance with the scope of the novel application and the contents of the new specification. Modifications shall remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a first preferred embodiment of the present invention; FIG. 2 is a schematic view of a first preferred embodiment of the present invention; FIG. 3 is a schematic view of a second preferred embodiment of the present invention; A schematic view of a third preferred embodiment of the present invention; and FIG. 5 is a schematic view of a fourth preferred embodiment of the present invention. [Main component symbol description] 3 Portable mobile power supply 31 Main body 32 Power storage unit 33 Power conversion module 311 Power input 皡 312 Power output bee 313 Guide 314 Connection device 315 Insert 3141 Guide 3142 Adjustment seat 3143 Chute 3144 Slide rail 3145 top sill 4 electronic product 41 rechargeable battery 411 conductive contact 6 mains connector 5 jacket 51 first part 52 second part