M314968 ，八、新型說明： 【新型所屬之技術領域】 本創作係關於充電器構造及功能的精進改良，特指一種提供不同 廠家之多種型號電池統一共用充電之雙面電池充電器。 【先前技術】 按’對於目前普遍使用之電子產品，如手機、MP 3、數位相機 等，均搭配有其專用型號的電池使用，藉以具備使用上之高度機動性 春與便利性；以手機為例，幾乎各家廠商所產製之電池尺寸不盡相同， 甚至充電用之電性接觸點位置亦不同（有設於電池底面、亦有設於側 邊）。 以市售或常見之充電器而言，大體上由相互配合之上蓋與底座、 及附具若干導電端子之充電㈣組成，該上蓋至少具有一特定形 狀之谷置槽以提供電池嵌置，於該容置彻並設有提供導電端子露出 的端子槽，俾當雜置於容置槽_，其絲_蚊雛接觸點能 接觸導電端子而據以充電。 根據上述充電器結構，由於容置槽之尺寸、形狀為固定設計，且 其内之導電端子位置亦呈固定無法變動，致其不翻其它不同尺 =同電性_齡置之電池縣f，造減商或#者傾針對多種型 琥、不同尺寸電池分別開模製造充模具， 為人所垢病。尤其，截至目_, 二 接觸不夾_，—旦_斜_時，即造成 良甚至無電性接觸之無法正常充電情形。 M314968 … 有鑑於此，本案創作人乃針對以上述缺失進而潛心研究，經不斷 -努力，終開創出一種更新、更實用之本創作「雙面電池充電器」，期 能造福社會大眾。 【新型内容】 ♦ 本創作之目的在於提供一種雙面電池充電器，藉此提供不同廠家 之多種型號電池統一共用充電，以達適用不同型號電池之方便充電功 效，並藉此降低成本，符合經濟效益。 春 欲達成以上目的，乃設計有一雙面電池充電器，其結構包括：一 第一底座、一第二底座及一充電電路板，於第一、第二底座表面分別 設有一可容許不同廠家產製多種型號電池之共用置放槽，其内各周面 及底面均適位設有多個扭簧，以適用多種型號電池接觸點之對應接 觸於第一、第《一底座間夾設有充電電路板，並以線路電性連接各扭 簧’以利嵌入置放槽内之多種型號電池均能順利充電；藉此在使用上， 利用雙面電池充電器之第一、第二底座之置放槽，使欲充電之電池選 _擇吻合之方向角度嵌入並令其接觸點與扭簧相接觸，以達到充電之效 用’如此得以適合不同廠家之多種型號電池之充電作業。 又’該充電電路板另設有LED燈提示充電狀態，以及電源插孔以 聯結外接電源輸入。 又，於第一底座之共用置放槽内底面可為一傾斜面，以提供電池 呈傾斜置放，藉此得再擴充第一底座之充電型態。 又，於第一底座表面再設有一垂直置放槽，俾提供電池呈直立置 放’藉此得再擴充第二底座之充電型態。 M314968 有關本創作之詳細說明及技術内容，現配合圖式說明如下： 【實施方式】 請配合參閱第一、二圖所示，係分別為本創作提供之雙面電池充 電器結構不同角度分解圖；其中所揭露一較佳實施例的雙面電池充電 器（1)結構包括： 一第一底座（10)，於表面設有一可容許不同或一廠家產製多 種型號電池之共用置放槽（1 1)，其内各周面及底面均適位設有多 個扭簧（1 2 )，以適用多種型號電池接觸點之對應接觸； 一第二底座（2 0 )，於表面同樣設有一可容許不同或一廠家產 製多種型號電池之共用置放槽（21)，且内各周面及底面均適位設 有夕個扭簧（2 2 )，以適用多種型號電池接觸點之對應接觸； 一充電電路板（3 〇 )，嵌設於第一、第二底座（1 〇、2 〇 ) 間，且以線路（3 1)電性連接各扭簧（1 2、2 2 )，以利嵌入共用 置放槽（11、21)内之多種型號電池均能順利充電；又該充電電 路板（3 0 )另設有led燈（3 2 )提示充電狀態，以及電源插孔（3 3)用以聯結外接電源之輸入。 請配合參閱第三圖所示，為一較佳實施例之雙面電池充電器外觀 結構圖；其中之雙面電池充電ϋ ( 1 ),為-面設第-底座（10 )、 另一面設第二底座（2 0 )，第-、第二底座（1 G、2 0 )表面之共 用置放槽（11、21)均可視該電池（4)尺寸及電性接觸點位置 自灯選擇相吻合者嵌置，並利用電源插孔（3 3)聯結電源線將外部 電源輸入雙面電池充電器（1)，而LED㈣可顯示充電狀態是否完 M314968 •，成，·藉此在實際使用上’使用者可選擇性地利用雙面電池充電器（工） 之第一、第二底座（10、2 0)之共用置放槽（1、、2 1)，使欲 充電之電池（4)選擇吻合之方向角度嵌人並令其接觸點與扭菁（1 .2 2 2)相接觸’以達到充電之效用，如此得以適合不同廠家之多 種型號電池之充電作業。 請配合參閱第四圖所示，係一較佳實例中雙面電池充電器之剖視 圖；其中於第一底座（10)之共用置放槽（11)内底面可為-傾 •斜面（1 3 )，其周圍-側適位復設有扭簧（丄2 )，以提供電池⑷ 呈傾斜置放，並使其電性接觸點與扭簧（！2)相接觸，藉此得再擴 充第一底座（1〇)之充電型態；另外，第二底座（2 〇)表面亦可 再》又有-垂直置放槽（2 3 )，其底面周圍一侧適位復設有扭簧（2 2 )’俾提供f池⑷呈直立置放，其電性接觸點能與該扭簧（2 2 ) 相接觸，藉此得再擴充第二底座（2 〇)之充電型態。 由以上說明可知，本創作雙面電池充電騎設計之共用置放槽， 因造形為利用多種尺寸、形狀複合成一體之共用型態，同時並搭配周 面底面、斜面等對應電池之電性接觸點位置設有若干的扭簧，而能 因應並適用於不同廠家所產製不同型號電池之充電，據此將使成本大 幅降低，又能符合經濟效益。 综上所述’本創作所提供之-種雙面電池充電器，確能解決習用 的所述缺失，並能達咖期之功效，而具有產業_性、新穎性盘功 效上增進的進步性，確已符合新型專婦件，爰依法具文提出專利申 請0 M314968 以上所述，僅為本創作一較佳可行實施例而已，非因此限制本創 作之權利保護範圍，凡運用本創作說明書及圖式内容所為之等效變 化，均包含於本創作之權利保護範圍内。 M314968 【圖式簡單說明】 第一圖為本創作一較佳實施例之雙面電池充電器結構分解圖。 第二圖為本創作一較佳實施例之雙面電池充電器另一角度結構分解 圖。 第三圖為本創作一較佳實施例之雙面電池充電器結構組合圖。 第四圖為本創作一較佳實施例之雙面電池充電器結構剖視圖。 【主要元件符號說明】 共用置放槽（1 1) 傾斜面（13) 共用置放槽（2 1 ) 垂直置放槽（2 3) 線路（31) 電源插孔（3 3) 雙面電池充電器Π 第一底座（10) 扭簧（12) 第二底座（2 0) 扭簧（2 2) 充電電路板（3 0) LED 燈（3 2 ) 電池（4) 10M314968, eight, new description: [New technical field] This creation is about the improvement of the structure and function of the charger, especially a double-sided battery charger that provides uniform charging for multiple types of batteries from different manufacturers. [Prior Art] Press 'For the electronic products currently in common use, such as mobile phones, MP 3, digital cameras, etc., all with their own models of batteries, so as to have the use of high mobility spring and convenience; For example, the battery sizes produced by almost every manufacturer are not the same, and even the electrical contact points for charging are different (they are located on the bottom of the battery and also on the side). In the case of a commercially available or common charger, it is generally composed of a top cover and a base, and a charging (four) with a plurality of conductive terminals, the upper cover having at least one groove of a specific shape to provide battery embedding. The receiving portion is provided with a terminal slot for providing a conductive terminal to be exposed, and the wire is placed in the receiving groove _, and the wire-mosquito contact point can contact the conductive terminal to be charged. According to the above charger structure, since the size and shape of the accommodating groove are fixed design, and the position of the conductive terminal in the accommodating groove is fixed and cannot be changed, so that it does not turn over other different squall=electricity _ age battery county f, The manufacturer or the manufacturer of the different types of amber, different sizes of batteries are separately opened to mold and mold, which is a disease. In particular, as far as the target _, the second contact does not clamp _, _ _ oblique _, that is, the case of good or no electrical contact can not be properly charged. M314968 ... In view of this, the creators of this case are aiming at the above-mentioned shortcomings and further research, and through continuous efforts, will create an updated and more practical "double-sided battery charger", which will benefit the public. [New Content] ♦ The purpose of this creation is to provide a double-sided battery charger, which provides a unified sharing and charging of various types of batteries from different manufacturers, so as to achieve the convenient charging effect of different types of batteries, thereby reducing the cost and conforming to the economy. benefit. In order to achieve the above objectives, Chun has designed a double-sided battery charger, the structure comprising: a first base, a second base and a charging circuit board, respectively provided on the first and second base surfaces to allow different manufacturers to produce A common placement slot for a plurality of types of batteries, wherein each of the peripheral surface and the bottom surface is provided with a plurality of torsion springs, so as to be suitable for the contact of the plurality of types of battery contact points in the first and the first The circuit board is electrically connected to each of the torsion springs to facilitate the charging of various types of batteries embedded in the placement slots; thereby, the first and second bases of the double-sided battery charger are used in use. The slot is placed so that the direction of the battery to be charged is embedded and the contact point is brought into contact with the torsion spring to achieve the charging effect. Thus, it is suitable for charging various types of batteries of different manufacturers. In addition, the charging circuit board is further provided with an LED light to indicate the charging state, and the power socket is connected to the external power input. Moreover, the bottom surface of the common placement slot of the first base may be an inclined surface to provide the battery to be placed obliquely, thereby re-expanding the charging mode of the first base. Moreover, a vertical placement slot is further disposed on the surface of the first base, and the battery is provided in an upright position, thereby re-expanding the charging mode of the second base. M314968 The detailed description and technical content of this creation are as follows: [Embodiment] Please refer to the first and second figures, which are the different angle exploded views of the double-sided battery charger structure provided for this creation. The structure of the double-sided battery charger (1) disclosed in the preferred embodiment includes: a first base (10) having a common placement groove on the surface that can accommodate different types or types of batteries produced by a manufacturer ( 1 1), each of the circumferential surface and the bottom surface are provided with a plurality of torsion springs (1 2 ) for corresponding contact of various types of battery contact points; a second base (20), also has a surface on the surface It can allow different or one manufacturer to produce a common placement slot (21) for various types of batteries, and each of the inner and lower surfaces is provided with a torsion spring (2 2 ) to suit the corresponding types of battery contact points. Contact; a charging circuit board (3 〇), embedded between the first and second bases (1 〇, 2 〇), and electrically connected to each of the torsion springs (1 2, 2 2 ) by a line (3 1), Various types of batteries embedded in the common placement slots (11, 21) Smoothly charging; should the charging circuit board (30) is provided with another lamp led (32) prompts the state of charge, and a power jack (33) coupled to the input of an external power supply. Please refer to the third figure, which is a detailed structural diagram of a double-sided battery charger according to a preferred embodiment; wherein the double-sided battery is charged ϋ (1), the surface is provided with the first base (10), and the other side is provided. The second base (20), the common placement slots (11, 21) on the surfaces of the first and second bases (1 G, 20) can be selected from the lamp according to the size of the battery (4) and the position of the electrical contact point. The fitter is embedded, and the external power supply is input into the double-sided battery charger (1) by using the power jack (3 3), and the LED (4) can indicate whether the charging state is completed or not. M314968 •, and thus, in actual use 'The user can selectively use the common placement slots (1, 2 1) of the first and second bases (10, 20) of the double-sided battery charger to make the battery to be charged (4) Selecting the direction of the matching angle is embedded and the contact point is in contact with the twisted cyanine (1.22 2) to achieve the charging effect, so that it can be used for charging various types of batteries of different manufacturers. Please refer to the fourth figure, which is a cross-sectional view of a double-sided battery charger in a preferred embodiment; wherein the inner bottom surface of the common seating groove (11) of the first base (10) can be a tilting/tilting surface (1 3 ), the surrounding-side suitable position is provided with a torsion spring (丄2) to provide the battery (4) to be placed obliquely, and the electrical contact point is in contact with the torsion spring (!2), thereby re-expanding a charging type of a base (1 〇); in addition, the surface of the second base (2 〇) may be further provided with a vertical placement groove (23), and a torsion spring is disposed on the side around the bottom surface thereof. 2 2) '俾The f pool (4) is placed upright, and its electrical contact point can be in contact with the torsion spring (2 2 ), thereby re-expanding the charging pattern of the second base (2 〇). It can be seen from the above description that the common placement groove of the double-sided battery charging ride design of the present invention is formed into a common type by using a plurality of sizes and shapes, and is also matched with the electrical contact of the battery such as the bottom surface of the circumference and the inclined surface. There are a number of torsion springs at the point position, which can be applied to the charging of different types of batteries produced by different manufacturers, which will greatly reduce the cost and meet the economic benefits. In summary, the double-sided battery charger provided by this creation can solve the above-mentioned shortcomings of the conventional use, and can achieve the effect of the coffee period, and has the progressive improvement of the industrial _ sex and novelity. It has indeed met the new type of special women, and has filed a patent application in accordance with the law. 0 M314968 The above is only a preferred and feasible embodiment of this creation, and therefore does not limit the scope of protection of this creation. Equivalent changes in the content of the drawings are included in the scope of the rights of this creation. M314968 [Simple Description of the Drawings] The first figure is an exploded view of the structure of the double-sided battery charger of a preferred embodiment. The second figure is another exploded perspective view of the double-sided battery charger of a preferred embodiment. The third figure is a structural combination diagram of a double-sided battery charger according to a preferred embodiment of the present invention. Figure 4 is a cross-sectional view showing the structure of a double-sided battery charger in accordance with a preferred embodiment of the present invention. [Description of main component symbols] Common placement slot (1 1) Inclined surface (13) Common placement slot (2 1 ) Vertical placement slot (2 3) Line (31) Power jack (3 3) Duplex battery charging Π first base (10) torsion spring (12) second base (2 0) torsion spring (2 2) charging circuit board (3 0) LED light (3 2 ) battery (4) 10