201106136 六、發明說明： 【發明所屬之技術領域】 本發明涉及-種電池頂出裝置，尤其係涉及一種用於 可攜帶式電子裝置之電池頂出裴置。 ' 【先前技術】 可攜帶式電子裝置如個人數位助理（pers〇nal assistant’ PDA)、行動電話等均需使用電池作為其能量來 源，故需設置固定襄置，將電池固定於行動電話之電池容 置空間内。 一種習知之行動電話固定裝置係於電池容置空間之一 端設有彈片，電池容置空間之另一端設一凸塊；相應地， 電池-端設-與該凸塊對應之凹槽、另—端設有一手扣。 將電池裝人行動電話時，切電池之凹槽與前述凸塊配 合二再將電池向行動電話方向按壓彈片，從而使電池固定 於仃動、電活中，需要更換電池時，要用力藉由手扣將電池 抠出。這種電池固定結構簡單’然難以取 【發明内容】 有#於此，有必要提供一種便於拆卸電池、結構 之電池頂出裴置。 還有必要提供—種具有該電池頂出裝置之可攜帶式電 一種電池頂4裝置，其用於頂出可攜帶式電子裝置本 之彈：電亡該電池頂出裝置包括一按鈕、-與按鈕相連 及軸體，該按鈕及該彈臂藉由該軸體裝配於本體 201106136 上並使該彈臂與電池抵持，按壓該按鈕使其帶動該彈臂繞 該軸體轉動以頂起電池且帶動軸體扭轉以提供該電池頂2 裝置恢復原狀之彈力。 ' 一可攜帶式電子裝置，其包括一本體、一設於本體之 電池容置腔、一設於本體之與該電池容置腔連通之安裝部 及一電池頂出裝置，該電池頂出裝置包括一按鈕、—與按 鈕相連之彈臂及一軸體，該按鈕及該彈臂藉由該轴體裝配 鲁於安裝部上並使該彈臂與電池抵持，按壓該按鈕使其帶動 該彈臂繞該軸體轉動以頂起電池容置腔内之電池且帶動軸 體扭轉以提供該電池頂出裝置恢復原狀之彈力。 與習知技術相比，前述電池頂出裝置之按鈕與彈臂相 連並藉由軸體提供恢復彈力，只需按壓按鈕使彈臂將電池 頂出’該電池頂出裝置便於拆卸電池、結構簡單。 【實施方式】 本發明電池頂出裝置適用於行動電話、個人數位助理 • (Personal digital assistant，PDA)等可攜帶式電子裝置，本 實施例中以該電池頂出裝置應用於一行動電話為例。 請一併參閲圖1及圖2,該行動電話包括一本體工〇、 一電池頂出裝置30及一電池50。該本體1〇設有一正面 101、一與正面1〇1相對之背面1〇2、一用以裝設電池 之電池容腔11及一裝配電池頂出裝置3〇之安裝部2〇。 電池容腔11為凹設於正面101之矩形凹槽，其包括一 底面12、一第一端面13、與第一端面13相對之第二端面 14及二相對之側面15。該底面12、第一端面13、第二端 201106136 物底面二Γ成一電池容置空間1第-端面 ⑶。該第一端1;部向電池容腔11内延伸有-凸塊 電池50電二：：有一電連接部(圖未示)，用以與 陷-弧形凹面二第二端面14上靠近其 狐心凹面141。該第二端面14 二:彈片⑷。該彈片142可與第二端:面：還： =5。彈性抵持一於電池容腔 該安裝冑20包括一按紐孔21、一通槽以 ==21為開設於該弧形凹面141上之通孔。該通 1^1，底面12亚靠近該第二端面U之弧形凹面 ”通槽22與該按鈕孔21與之間位於背面搬設有一 -持肋221。該卡持部23包括二塊體23ι及二卡槽加。 該二塊體231凸設於該本體1〇之背面u上並位於該按紐 之兩侧。該二卡槽232分別設於對應塊體231之端 並貫穿該塊體231。 請一併參閱圖3,該電池頂出裝置3〇包括一頂出部3ι 及軸體32。該頂出部31由金屬片材整體成型，其包括一 彈性部33、一鉸接部34及一按壓部35。該彈性部％包括 彈# 331及一第一連接壁332。該彈臂331與該第一連接 壁均為矩形板，且該彈臂331由該第一連接壁一 側邊彎折延伸形成。該鉸接部34包括二軸筒341。該二軸 同341間隔設於該第一連接壁332遠離該彈臂331之邊緣， 用於裝配前述軸體32。 201106136 該按壓部35包括一第二連接壁351、一按壓板352及 一按鈕353。該第二連接壁351由該第一連接壁332另一側 邊彎折延伸形成，且該第二連接壁351位於該二軸筒341 之間並與該彈臂331相對，該第二連接壁351及第一連接 壁33可抵於抵持肋221上。該按壓板352由該第二連接壁 351端部向遠離該彈臂331方向彎折形成。該按壓板352 設有一與該第二連接壁351呈大於180度角之按壓面 $ 3521。該按鈕353凸設於按壓面3521上。該按壓板352可 裝設於該按鈕孔21内，該按鈕353露出該弧形凹面141。 該軸體32由橡膠材質製成，其包括一轉軸321及一端 部322。該轉軸為一圓柱體，該端部322大致呈“ L”形， 由該轉軸一端彎折形成。 電池50大致為長方體，其包括一上表面51及一與該 上表面51相對之下表面52。上表面51設有一與前述頂壁 11上之凸塊131對應之溝槽53，下表面52靠近溝槽53設 φ 有電極（圖未示）。 請進一步參閱圖4及圖5,組裝時，先將該頂出部31 藉由軸筒341套於該轉軸321上並將軸筒341與轉轴321 藉由焊接固定安裝，將該轉軸321兩端卡持於該卡持部23 之卡持槽232内，該端部322藉由熱熔固定安裝於該背面 102上。與此同時，該頂出部31之彈臂331從該背面102 處裝設於該通槽22並露出該底面12,該按鈕353露出該弧 形凹面141。 然後，將電池50裝入電池容腔11時，電池50之溝槽 201106136 53與第一端面u之凸塊131卡持，並使電池5〇擠壓彈片 142使其發生退縮形變，從而使電池5〇容入電池容腔1〇 並藉由彈片142之抵持力將電池50固定，此時，電池5〇 之一端與該彈臂331抵持，該按鈕353露出電池容腔n。 電池50下底面52上之電極與電池容腔1〇之電連接部相 對，實現電導通。 需取下電池50時，只需按壓按鈕353，使按壓板352 籲f動第一連接壁351使鉸接部34與轉軸321於卡持槽232 内轉動，從而使第一連接壁332帶動彈臂331向上彈起， 將電池50 了頁出；此時，由於該端部奶之固定使該轉軸321 發生扭轉，從而形成一定之扭力，當去掉按鈕壓力後 由於扭力而使頂出部31恢復原狀。 可以理解，該彈142可以省略，藉由摩擦力固定電 前述電池頂出裝置之藉由頂出部31與軸體201106136 VI. Description of the Invention: [Technical Field] The present invention relates to a battery ejecting device, and more particularly to a battery ejecting device for a portable electronic device. [Prior Art] Portable electronic devices such as personal digital assistants (PDAs), mobile phones, etc. all need to use batteries as their energy source. Therefore, it is necessary to set a fixed device to fix the battery to the battery of the mobile phone. Included in the space. A conventional mobile phone fixing device is provided with a spring piece at one end of the battery receiving space, and a bump is disposed at the other end of the battery receiving space; correspondingly, the battery end is provided with a groove corresponding to the protruding block, and another There is a buckle at the end. When the battery is installed in the mobile phone, the groove of the cutting battery is matched with the above-mentioned bumps, and then the battery is pressed into the spring in the direction of the mobile phone, so that the battery is fixed in the swaying and electric working, and the battery needs to be replaced by force. The buckle pulls the battery out. Such a battery fixing structure is simple and difficult to take. [Summary of the Invention] There is a need to provide a battery ejection device that facilitates disassembly of the battery and structure. It is also necessary to provide a portable battery top 4 device having the battery ejector device for ejecting the portable electronic device. The battery ejector device includes a button, - and The button is connected to the shaft body, and the button and the elastic arm are assembled on the body 201106136 by the shaft body, and the elastic arm is pressed against the battery, and the button is pressed to drive the elastic arm to rotate around the shaft body to jack up the battery. And the shaft is twisted to provide the elastic force of the battery top 2 device to restore the original state. a portable electronic device comprising a body, a battery receiving cavity disposed in the body, a mounting portion disposed in the body and communicating with the battery receiving cavity, and a battery ejecting device, the battery ejecting device The utility model comprises a button, a spring arm connected to the button and a shaft body, the button and the elastic arm are assembled on the mounting portion by the shaft body and the arm is pressed against the battery, and the button is pressed to drive the bullet The arm rotates around the shaft to jack up the battery in the battery receiving cavity and drive the shaft to twist to provide the elastic force of the battery ejector to return to the original state. Compared with the prior art, the button of the battery ejector device is connected with the elastic arm and provides recovery elastic force by the shaft body, and only needs to press the button to make the elastic arm push the battery out. 'The battery ejector device is convenient for disassembling the battery and has a simple structure. . [Embodiment] The battery ejector device of the present invention is applicable to a portable electronic device such as a mobile phone or a personal digital assistant (PDA). In this embodiment, the battery ejector device is applied to a mobile phone as an example. . Referring to FIG. 1 and FIG. 2 together, the mobile phone includes a body unit, a battery ejector device 30 and a battery 50. The main body 1 is provided with a front surface 101, a rear surface 1 opposite to the front surface 1〇2, a battery cavity 11 for mounting a battery, and a mounting portion 2〇 for assembling the battery ejecting device 3〇. The battery compartment 11 is a rectangular recess recessed in the front surface 101 and includes a bottom surface 12, a first end surface 13, a second end surface 14 opposite the first end surface 13, and two opposite side surfaces 15. The bottom surface 12, the first end surface 13, and the second end 201106136 are respectively formed into a first end surface (3) of the battery receiving space 1. The first end 1; the portion extends into the battery cavity 11 with a bump battery 50: an electrical connection portion (not shown) for accessing the second end face 14 of the trapped-arc concave surface Fox heart concave surface 141. The second end face 14 is two: a spring piece (4). The elastic piece 142 can be combined with the second end: face: also: = 5. Elastically resisting one of the battery compartments The mounting bracket 20 includes a buttonhole 21 and a through slot with a ==21 opening through the arcuate concave surface 141. The through hole 1^1, the bottom surface 12 is adjacent to the curved concave surface of the second end surface U. The through groove 22 and the button hole 21 are disposed on the back side with a holding rib 221. The holding portion 23 includes two blocks. The two blocks 231 are disposed on the back surface u of the body 1 and are located on opposite sides of the button. The two card slots 232 are respectively disposed at the ends of the corresponding blocks 231 and extend through the block. Referring to FIG. 3 together, the battery ejector device 3 includes an ejector portion 3 ι and a shaft body 32. The ejector portion 31 is integrally formed of a metal sheet, and includes an elastic portion 33 and a hinge portion. And a pressing portion 35. The elastic portion includes a spring 331 and a first connecting wall 332. The elastic arm 331 and the first connecting wall are both rectangular plates, and the elastic arm 331 is formed by the first connecting wall The side hinges are formed by extending. The hinge portion 34 includes a two-axis cylinder 341. The two shafts are spaced apart from the edge of the first connecting wall 332 away from the elastic arm 331 for assembling the shaft body 32. 201106136 The portion 35 includes a second connecting wall 351, a pressing plate 352 and a button 353. The second connecting wall 351 is bent by the other side of the first connecting wall 332. The second connecting wall 351 is located between the two-axis cylinder 341 and opposite to the elastic arm 331. The second connecting wall 351 and the first connecting wall 33 can abut against the resisting rib 221 . The plate 352 is formed by bending the end of the second connecting wall 351 away from the elastic arm 331. The pressing plate 352 is provided with a pressing surface $3521 which is at an angle of more than 180 degrees to the second connecting wall 351. The button 353 is convex. The pressing plate 352 is disposed in the button hole 21, and the button 353 exposes the curved concave surface 141. The shaft body 32 is made of rubber material and includes a rotating shaft 321 and an end portion 322. The rotating shaft is a cylinder, and the end portion 322 is substantially "L" shaped, and is formed by bending one end of the rotating shaft. The battery 50 is substantially rectangular parallelepiped, and includes an upper surface 51 and a surface opposite to the upper surface 51. 52. The upper surface 51 is provided with a groove 53 corresponding to the protrusion 131 on the top wall 11, and the lower surface 52 is provided with an electrode (not shown) adjacent to the groove 53. Please refer to FIG. 4 and FIG. 5 for further assembly. The ejector portion 31 is first sleeved on the rotating shaft 321 by the shaft barrel 341 and the shaft barrel 341 and the rotating shaft 32 are 1 is fixedly mounted by welding, and the two ends of the rotating shaft 321 are clamped in the holding groove 232 of the holding portion 23, and the end portion 322 is fixedly mounted on the back surface 102 by heat fusion. At the same time, the top The elastic arm 331 of the outlet portion 31 is installed in the through groove 22 from the rear surface 102 and exposes the bottom surface 12. The button 353 exposes the curved concave surface 141. Then, when the battery 50 is loaded into the battery cavity 11, the battery 50 The groove 201106136 53 is engaged with the bump 131 of the first end surface u, and causes the battery 5 to press the elastic piece 142 to cause the retraction deformation thereof, so that the battery 5 is received into the battery cavity 1 〇 and by the elastic piece 142 The battery 50 is fixed by the resisting force. At this time, one end of the battery 5 is abutted against the elastic arm 331, and the button 353 exposes the battery compartment n. The electrode on the lower surface 52 of the battery 50 is opposite to the electrical connection of the battery compartment 1 to achieve electrical conduction. When the battery 50 needs to be removed, the pressing button 353 is pressed to cause the pressing plate 352 to move the first connecting wall 351 to rotate the hinge portion 34 and the rotating shaft 321 in the holding groove 232, so that the first connecting wall 332 drives the elastic arm. The 331 is bounced up, and the battery 50 is turned out; at this time, the rotation of the shaft 321 is twisted due to the fixing of the end milk, thereby forming a certain torque, and the ejector portion 31 is restored to the original state due to the torsion force when the button pressure is removed. . It can be understood that the elastic 142 can be omitted, and the ejector portion 31 and the shaft body of the battery ejector device are fixed by friction.
將電池50頂出’結構簡單，便於電池之拆卸▽ 综上所述’本發明符合㈣相要件，纽法提出專 | -月_卩上所述者僅為本發明之較佳實施例，本發 明之範圍衫以上述實施例為限，舉凡熟悉本案技藝之I 士援依本發明之精神戶斤你夕望 m由咬纟之等效修飾或變化，皆應涵蓋於 以下申凊專利範圍内。 f圖式簡單說明】 電話:本1:f池置之-行動 201106136 圖2為圖1所示行動雷兮 勒冤話之本體局部結構分解示意圖。 圖3為圖1所示雷、、冰山壯 电池頂出裝置之頂出部之放大示意圖。 圖4為圖1所示之該電池頂出裝置與行動電話之本體 組裝後之示意圖。 圖5為圖1所示之該電池頂出裝置與行動電話之本體 組装後之另一角度之示意圖。 圖6為使用圖1所示電池頂出裝置之行動電話之本體 籲與電池組裝後之示意圖。 【主要元件符號說明】 本體 10 正面 101 背面 102 電池容腔 11 底面 12 第一端面 13 凸塊 131 第二端面 14 凹面 141 彈片 142 側面 15 安裝部 20 按紐孔 21 通槽 22 抵持肋 221 卡持部 23 塊體 231 卡槽 232 電池頂出裝置 30 頂出部 31 軸體 32 轉軸 321 端部 322 彈性部 33 彈臂 331 第一連接壁 332 鉸接部 34 軸筒 341 按壓部 35 第二連接壁 351 201106136 按壓板 352 按壓面 按紐 353 電池 上表面 51 下表面 溝槽 53 3521 50 52Ejecting the battery 50' is simple in structure and convenient for disassembly of the battery. In summary, the present invention conforms to the (4) phase requirement, and the above-mentioned one is only a preferred embodiment of the present invention. The scope of the invention is limited to the above-mentioned embodiments. Anyone who is familiar with the skill of the present invention, according to the spirit of the present invention, is equivalent to the modification or change of the bite, and should be covered by the following claims. . f simple description of the phone] Phone: Ben 1: f pool set-action 201106136 Figure 2 is a schematic diagram of the local structure decomposition of the action Thunder of the action shown in Figure 1. Fig. 3 is an enlarged schematic view showing the ejector portion of the lightning ejector and the ice blasting battery ejector unit shown in Fig. 1. 4 is a schematic view of the battery ejector device shown in FIG. 1 assembled with the body of the mobile phone. Fig. 5 is a view showing another angle of the battery ejector device shown in Fig. 1 assembled with the body of the mobile phone. Fig. 6 is a schematic view showing the assembly of the mobile phone using the battery ejector of Fig. 1 and assembling the battery. [Main component symbol description] Body 10 Front side 101 Back side 102 Battery compartment 11 Bottom surface 12 First end face 13 Bump 131 Second end face 14 Concave surface 141 Spring piece 142 Side 15 Mounting part 20 Press the button hole 21 through the groove 22 to resist the rib 221 card Holding portion 23 Block 231 Card slot 232 Battery ejector device 30 Ejecting portion 31 Shaft body 32 Rotating shaft 321 End portion 322 Elastic portion 33 Spring arm 331 First connecting wall 332 Hinge portion 34 Shaft cylinder 341 Pressing portion 35 Second connecting wall 351 201106136 Pressing plate 352 Pressing face button 353 Battery upper surface 51 Lower surface groove 53 3521 50 52
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