200924484 九、發明說明： 【發明所屬之技術領域】 本發明與具備電池之電子裝置有關，特別是關於—種具電池 退出機構之電子裝置。 【先前技術】 筆記型電腦因為具有輕薄且容易攜帶的特性，使其銷售量與 市佔率已逐漸取代傳統的桌上型電腦。所有的筆記型電腦上都配 備有可重複充電的充電電池模組，以在沒有電源供應之場所提供 筆記型電腦運制需之電能。-㈣筆記型電駄機的底部或是 後端會設置有絲收猶述充電電池的電池槽，而且電池槽中設 置有可活動之卡勾。當使用者將充電電池置人於筆記型電腦之電 池t内充電電池的電連接埠就會連接電池槽㈣電連接座， 同輕池槽的卡勾會鈞扣住充電電池。於是，充電電池就被卡勾 固疋於電池槽内，並可同時提供電能給筆記 記型電腦外接電源來進行充電。 a疋措㈣ 合配電腦上為了更穩固地_充電電池，電池槽内 +使用去目為母個卡勾都是透過一個推叙來釋放，所以 ^放充電ΪΓ錢換充電電池時，必須以雙手_控制雜來 用者必須電池不慎脫離筆記型電嘴的情況發生，但是使 這樣就會使時切㈣龍腦麟動兩财_放電池， 奐電池的手續相當麻煩且難以操作。此外，在充電 200924484 電池朝上的情況下，使时_已絲以雙手推動電 釋放充電電池，但是只要❹者放開―隻手去拿取電池日^卡勾 電池卻會因本身重量退回電池槽中再度被卡勾扣住二充電 時更加麻煩。 斥換電池 【發明内容】 鐾於以上的問題’本發_主要目的在於提供—種 退出機構之電子裝置，以解決先前技術中電子裝 ς糾 卸的問題。 电池不好拆 為=前述之問題，本發明提供一種具電池退出機構之 衣置。本每明之具電池退出機構之電子裝置包括有一本 池、-第-卡固件及一推頂件。本罢―電 供=設。電池係沿一軸向置入本心置 二;：模:。電池的-側具有-定位釣，定位鉤係沿前述： 第:卡_於一卡掌位置時扣持電 ：其中 了歸你一 Γ 體上且對應電池之-側，其中推 艾可在㈣i將電池沿前述軸向向容置槽外推抵，如此，推頂件 就可在弟-卡固件離開前述卡擎位置時使第一卡固件、牛 tr,，Γ避免電池之定位釣再度被第-卡固件扣持 池朝本體外二於第-卡固件釋放電池時將電 可有玫防止h 電池之定位釣間形成一間隙， 住，並且射 =重力雜τ奸敎簡—卡固件如 使拆換電池的手續更加®便好操作。 200924484 以下在Λ施方式中詳細敘述本發明之詳細特徵以及優點，其 内合足以使任何_習相||技藝者了解本發明之技_容並據以實 &且根據本綱書所揭露之内容、帽專利範圍及圖式，任何 4白相關技#者可輕易地轉本發明前述之目的及優點。 、二上之關於本發_容之制及以下之實施方式之說明係用 乂丁^、轉本發明之原理，並戏供本發明之專利申請範圍更 進一步之解釋。 【實施方式] 解，兹發明的目的、構造、特徵、及其功能有進-步的暸 解鈥配合貫施例詳細說明如下。 機構「第2圖」所示，為本發明具電池退出 裝置可為㈣限池退出機構之電子 括有一本體1G、ΐΓ2第+例如筆記型電腦’且其包 第二卡固件5G、 卡固件3G、-彈性件35、一 限於前述可攜式電子輯6G。本體ig可為但不侷 殼。電池2。可為但不侷限於前^=;型電腦之主機機 型電腦所配置之_^^⑽電池模 乐i圖」'「第2圖及「 有一容置槽U及-裝設槽12，其中容所示。本體Μ 之側邊。裝設槽U連通於容置槽u之置“1係開設於本體Κ) 容置槽u之輪·配電池2。：:供推頂㈣設置。 面上具有—減，其t =如。本㈣之—表 甲推鈕13對應於第一卡固 8 200924484 件3〇 ^置’而推_對應於第二卡固件50設置。推赵 滑動地設置於讀1G之表面上，且越销接 卡 = 時第-卡_就會跟二= ==置於本體川之表面上，且直接或間接地連接 於弟-卡口件50，其中當無]4被播動時第二卡固件％ 著位移。本體10内部具有—凸肋i5及—凸肋％ ⑽艮 與凸肋】6分別對應於第—卡固件與第二卡固件50設置】5 請茶閱「第1圖」至「第3圖」所示。電池20係沿—轴向置 入本體K)之容置槽】卜其中前述軸向係平行於電池2q於1 上也平行於容置槽^之短側。電池心—側具有 1位釣2丨及―定位孔22，其中定賴21與定位孔 述轴向設置。定位釣21係由ω之輕向外延伸出，並^ 有一内側211及一外側212。 ’、 弟1圖」、「第2圖」、「第3圖」及「第4圖」所示。 口^ 30可滑動地設置於本體1〇内，並且對應電池2〇之 位鉤21务卡固件3〇係於一卡掣峨如「第頂」）時扣持電 池之定位鉤21，以將電池2〇固定於本體⑺之容置槽u。第 一卡固件3〇具有—板體31、一穿槽31卜-卡勾部32、-推抵 :33及缺口 34,其中卡勾部32與推抵部33位於缺口 34兩側。 牙槽311開設於柄赞^ 1向立 ♦ 一 31内邛，而且本體10之凸肋15係伸入穿槽 田第卡固件3〇被推紐13帶動而位移時，第一_^固件3〇 就是在凸肋15導弓丨Tin#丄+人丄& 。 等引下相對於本體10位移至前述卡掣位置或離 開勾4 32係由板體31 —側延伸出，以於前述卡掣位置勾待 200924484 定位鉤21之内侧211 ’使電池2〇無法脫離容置 係由板體31 —侧延伸出且面對卡勾部32，其中推抵力推抵邛33 --^固件3〇離開前述卡掣位置時推抵定位釣_ 二；第 心上 <夕卜伽J 212， L7 推動定_ 21向外脫離第—相件3G，使電池2 11外退出。紗34係—位·， 部33的推抵下能夠順利地由缺口 34退出。 - 雅件35係設置於穿槽311中，而對應於第_卡固㈣設 置。斧性件35可為但不侷限係於—壓_簧，其 ^ 肋㈣穿細邊緣，態地躺前述卡掣位置獅 件。當第-卡固件30被推紹3帶動而位移時，彈性 =壓縮而具有一將第—棚件3G齡前述卡掣位置之彈_ 地第1圖」至「第4圖」所示。第二卡固件50可滑動 也叹置於本姐10内，並且對應電池2〇之定位孔^。第二卡固件 50係於扣合位置(如「第3圖」）時扣持電池μ之定位孔^，以 ^池㈣定於本體1()之容置槽u。第二卡固件％具有一板 、-穿槽511及一卡勾部52。穿槽511開設於板體Μ内部， 而且本體ίο之凸肋16係伸人穿槽511。當第二卡固件％被推叙 Η帶動而位移時，第二卡固件5〇就是在凸肋16導引下相對於本 體Γ位移至前述扣合位置或離開。卡勾部52係由板體51 —側朝 向电池20之定位孔22延伸出，以於前述扣合位置卡持定位孔u 之内側邊緣，使電池2Q無法脫離容置槽1卜當第二卡固件50被 她14 _而位移離開前述扣合位置時，卡勾部52就會離開定 】0 200924484 位孔22之邊緣，使電池2〇可向容置槽外退出。 彈性件53係設置於穿槽511巾，而對應於第二卡固件設 置。彈性件53可為但不紐狀—壓鮮簧，其兩齡別抵靠凸 肋16與穿槽511邊緣，以常態地朝向前述扣合位置推抵第二卡固 件 田第一卡固件50被推紐14帶動而位移時，彈性件％就 會被壓縮而具有—將第二卡固件5G推往前述扣合位置之彈性推 力0 「第3圖」、「第4圖」及「第5圖」所示。推頂件60 攻置本驵Κ)上且對應電池20之一側，其中推頂件6〇 —部份 在與容置槽η且電池2Q _，另—部份固定於裝設槽η内。 推頂件60係用以常態地將電池2〇沿前述轴向向容置槽！ 電池20之定位釣21脫離第一卡固件轉變形而沿轴向 向外推抵電池20。在本實施中，推頂件⑼為—橡膠塊，但是发 材質亚不以橡膠為限’只要是具有良好回彈效果之她材料即 可。當電池20完全置入本體1G之容置槽n時，橡膠塊會受到恭 池則賴而壓縮變形。此時，橡膠塊具有常態向外(將電池2 出容置槽11)之恢復内力，但是恢復内力因第—卡固件π _ 卡固件50分別勾住定位釣21與定位孔22而抵 然固定於她◦之容置槽„。因此，—但第—卡固件^也與^ 卡固件5〇都離開_卡掣位置與前述扣合位置時，推 會變形伸長_出電池2G，使第—卡固㈣與定位仙之門^ 方^中橡推頂件⑽是以矩形為 ^胆A方式，但是橡膠塊的形狀可以多變，例如、圓柱型、摘 200924484 球、圓柱型辈望；-j- 、、而且橡膠塊也可以是實心或空心，使要H 釣 被壓縮並足簡㈣池2G即可。 轉—夠 請參閱「第}圖 「楚 _ 第二卡固件50的配^ ^圖」所不。糟由弟-卡固件30與 ㈣置下，使用者只要將電池20沿前述軸肖 :中:第-卡固件㈣二卡固件5。就會被推=; 刀另口ί _卡¥位置與扣合位置扣住電池μ之定位 位孔22(「篦1 si 、 兴疋 士 乐圖」），而電池2〇也就穩固地固定在本體10上。 =了 =°被，2〇擠壓而壓縮至裝設槽中，但推頂件6〇 …、吊恶地抵靠電池20。當使用者欲拆換電池20時，只要 ^別乂手推練紐ls與餘Μ，第二卡哪％就會離開前述 扣5位置脫離定位孔22之邊緣（「第4圖」），同時第-卡固件3〇 也以推底部33推缺位釣21(「第4圖」）退出缺口 34，使電、、也 =朝容置槽—11外稍微退出（「第5圖」）。當第-卡_〇釋放 电池』之疋位鈞21彳4，被壓縮的推頂件6Q就會變形抵 20,使以避免電_之定觸1再度—相㈣扣持而 使用者也可以-手切本體1G另—手方便地取出電池2G，不用 擔匕電池2G會因本身重量而又被卡住的問題。 請《「第6圖」、「第7圖」及「第8圖」所示，為本發明 具電池退出機構之電子裝置之第二實關。第二實補之具體實 細方式與W述第-實施例大致相同，兩者之差異僅在於推頂件⑼ 之構造。第二實施例中推頂件6G為—斷面呈τ字形之獅塊，直 具有=目對窄之縱轴部6]及—相對寬之橫軸部幻。縱軸部&係 、’亍电池20置入之轴向，並以其前端接觸電池μ。橡膠塊(推頂 12 200924484 件60)具有一缺槽63 ’其中缺槽63位於橡膠塊之一側面，且缺槽 63未貫穿橡膠塊。如此’橡膠塊(推頂件6〇)也就可以在第一_^固 件30釋放電池20之定位鉤21後使第一·^固件30與定位鉤21之 間具有間隙。缺槽63是以破壞橡膠塊結構強度的方式下使橡膠塊 能夠更容易變形，且讓橡膠塊可藉調整缺槽63的開設大小與形狀 來調整向外推抵之力道，而調整出適合於各種機型與電池重量之 規格。 請參閱「第9圖」所示，為本發明具電池退出麟之電子裳 置之第二實施例。第三實施例之具體實施方式與前述第二實施例 大致相同，兩者之差異僅在於橡膠塊(推頂件6〇)上缺槽63的開設 方式。第三實施例巾缺槽63係貫穿橡膠塊相_ _面，也同樣 是以破壞W塊結構強度的方式下使郷塊能触料變形，且 讓橡膠塊可_整缺槽63 _設大小與形絲調整向外推抵之 力道，而調整出適合於各種機型與電池重量之規格。如此，橡膜 娜頂件6〇)也就可以在第—卡固件3Q釋放電池2g之纽釣η 後使第-卡固件3G與定位鉤21之間具有間隙。 請參閱「第10圖」及「筮n 弟11圖」所不，為本發明具電池退 出機構之電子裝置之第四眚始也 —— 二 — 、例。弟四貫施例之具體實施方式與 刖述弟一貫施例大致相同， r 田考之差兴僅在於第四實施例中推頂 件60係採用一壓縮彈菩。層 梓12中曰户〜 £、_黃之一端固定於本體10之裝設 么 〇未完全置入容置槽η時，壓縮彈簧之另一 端係凸出裝設槽12而伸入容置样 ' 神11日丰，懕〜么 罝钇11中。當電池20完全置入容置 曰 ^^會被電池叫齊壓而_人裝設和中，但是 200924484 卡固= 電池2。。當該定_ 21脫離第- 卡固件30時，塵縮彈簣會伸張而向外推抵電池2〇 ^推頂件6。)也就可以在第_卡固件3。釋放電池〕。之二 21後料—卡固件3G與定位勒之間具有嶋。 、- ^閱「第12圖」及「第13圖」所示，為本發明具電池退 ^之^裝置之第五實施例。第五實施例之具體實施方 則述弟一貫施例大致相同，兩者之差显 、 件60係採用一彈片。彈片之诚『、士在於弟五貫施例中推頂 且在雷、幻以 定於本體1°之裝設槽12中， =:=二:時’―係凸出裝設 片合姑+ 4 〇 田電池2〇完全置入容置槽11時，彈 曰被电池20觀而_入裝設槽12中，但 a 態地抵靠電池20。當該定位鉤21脫離 峨''、吊 。如此，彈_件6。)也就二 =:r，21後使第-卡，。與:鉤 2〇//rr:r:r#30^^2--^ 形成-_，·=:= 下^ 2】被第-卡固件30及第二卡固件5〇扣住再度讓定位釣 穩固性的祕下鱗換f解較便有電池如 軸本發明以前逃之實施例揭露如上= 屬本發明之專 精神和乾圍内，所為之更動與濁飾，均 專娜邊域。關於本發明所界定之保護範園請參考 200924484 所附之申请專利範圍。 【圖式簡單說明】 ^圖為本發明第—實施例中電子裝置之本體與電池之立體 第2圖為本發明第—實施例中電子裝置之本體之平面示意 置之本體與電池之平面 而第二卡固件位於扣合 弟3圖為本發明第一實施例中電子裝 示意圖，其中第一卡固件位於卡掣位置， 位置。 釋放位置 第4圖為本發明第—實施例中電子裝置之本體與電池之平面 不意圖’其中第—卡固件位於離開卡掣位置，而第二卡固件位於 第5圖為本發明第―實施例巾電子裝置之本體 示意圖，射第-卡ϋ件與第二卡固件輯放電池。 第6圖為本發明第二實施例中推頂件之立體示意圖。 第7圖為本發明第二實_中電子裝置之本體與電池之平面 示意圖，其中第—相件位於卡掣位置，而第二卡固件位於扣合 一立第8圖為本發明第二實施例中電子裝置之本體與電池之平面 示意圖，其中第一卡固件與第二卡固件皆釋放電池。 第9圖為本發明第三實施例中推頂件之立體示意圖。 第10圖為本發明第四實關巾電子裝置之本體與電池之平 面示意圖，其中第—卡固件位於卡掣位置，而第二卡固件位於扣 15 200924484 合位置 第]ι圖為本發明第四實施例中電子裝置之本體 面示意圖，其卡固件與第二卡固件皆釋放電池4池之平 合位置 弟12 _本發㈣五#施辦電子裝置之讀 面:立:圖，其中第-相件位於卡掣位置，而第二卡固== 第I3圖為本發明第五實關中電子裝置之本體舆電池之平 面不思圖，其中第—卡固件與第二卡固件皆釋放電池。 【主要元件符號說明】 10……. 11…… 12.… 13.… 14... 15……. 16…… 20.... ................. 21•…· ............電池 211 .... 212... 22.…·· 30 ................ 31•…·· ...........第—^固件 16 200924484 311...........................穿槽 32 .............................卡勾部 33 .............................推抵部 34 .............................缺口 35 .............................彈性件 50 .............................第二卡固件 51 .............................板體 511...........................穿槽 52 .............................卡勾部 53 .............................彈性件 60 .............................推頂件 61 .............................縱轴部 62 .............................橫轴部 63 .............................缺槽 17200924484 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to an electronic device having a battery, and more particularly to an electronic device having a battery exit mechanism. [Prior Art] Because of its thin and easy-to-carry characteristics, notebook computers have gradually replaced traditional desktop computers with sales and market share. All notebooks are equipped with a rechargeable rechargeable battery module to provide the power needed for notebook computer operation where there is no power supply. - (4) The bottom or rear end of the notebook type electric pick-up machine is provided with a battery slot for charging the rechargeable battery, and a movable hook is arranged in the battery slot. When the user places the rechargeable battery in the battery of the notebook computer, the electrical connection of the rechargeable battery is connected to the battery slot (4), and the hook of the light pool slot will hold the rechargeable battery. Therefore, the rechargeable battery is hooked in the battery compartment, and can simultaneously supply power to the external power supply of the notebook computer for charging. a 疋 疋 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( 四 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合 合Both hands _ control the use of the battery must be accidentally disconnected from the notebook type of the mouth, but this will make the time cut (four) Dragon and the brain two _ _ battery, 奂 battery procedures are quite cumbersome and difficult to operate. In addition, in the case of charging 200924484 battery up, the time _ has been pushed by both hands to release the rechargeable battery, but as long as the person releases it - only the hand to take the battery day ^ the hook battery will be returned due to its own weight It is even more troublesome when the battery slot is again buckled and charged. Replacing the battery [Disclosed from the above] The present invention has been made to provide an electronic device for an exit mechanism to solve the problem of electronic device rectification in the prior art. The battery is not properly disassembled = the aforementioned problem, the present invention provides a garment with a battery withdrawal mechanism. Each of the electronic devices having a battery exit mechanism includes a battery, a - card firmware and a pusher. This is the power supply. The battery is placed along the axial direction of the center; 2: mode:. The side-to-side of the battery has a positioning hook, and the positioning hook is along the aforementioned: The first: card _ in the position of a palm button to hold the electricity: which belongs to you on the body and corresponds to the side of the battery, which pushes Ai in (4) i Pushing the battery outside the accommodating groove along the axial direction, so that the ejector member can prevent the positioning of the battery from being re-positioned when the hopper-card firmware leaves the carding position. The first-card fastener holding pool will be electrically connected to the external body of the first-card firmware to prevent the h battery from being positioned to form a gap, live, and the radiation = gravity τ 敎 — - card firmware Make the procedure for replacing the battery more convenient. 200924484 The detailed features and advantages of the present invention are described in detail below in the manner of the present invention, which is sufficient to enable any skilled person to understand the skill of the present invention and to practice it according to the present application. The contents, cap patent range and schema, any of the four white related technologies can easily transfer the aforementioned objects and advantages of the present invention. The description of the present invention is based on the principle of the present invention and is further explained in the scope of the patent application of the present invention. [Embodiment] The purpose, structure, characteristics, and functions of the invention are further explained in detail as follows. According to the "Fig. 2" of the mechanism, the battery exit device of the present invention can be (4) the electronic outlet of the limit pool is provided with a body 1G, a 第2 + a notebook computer, for example, and a second card firmware 5G, a card firmware 3G - the elastic member 35, one is limited to the aforementioned portable electronic series 6G. The ontology ig can be but not shelled. Battery 2. It can be used for, but not limited to, the _^^(10) battery module i"""""2" and "there are a receiving slot U and a mounting slot 12," The side of the main body 所示 is shown. The mounting groove U is connected to the accommodating groove u, and the "1 series is installed in the main body Κ". :: For push top (four) settings. The face has - minus, and its t =. The push button 13 of the present (4) corresponds to the first clamp 8 200924484 3 〇 ^ and the push _ corresponds to the second fastener 50 setting. Push Zhao is slidably placed on the surface of the read 1G, and when the pin is replaced by the card = the first card - will be placed on the surface of the body, and directly or indirectly connected to the brother - bayonet piece 50, wherein the second card firmware is displaced when no [4] is played. The inside of the main body 10 has a convex rib i5 and a convex rib % (10) and a rib 6 respectively corresponding to the first fastener and the second fastener 50. 5 Please read "1" to "3" Shown. The battery 20 is placed along the axial direction of the receiving groove of the body K), wherein the axial direction is parallel to the battery 2q and is also parallel to the short side of the receiving groove. The battery core-side has 1 fishing pole 2 and a positioning hole 22, wherein the positioning and the positioning hole are arranged axially. The positioning fishing 21 is extended outward from the light of ω, and has an inner side 211 and an outer side 212. ', 1 brother's picture, '2', '3' and '4'. The port ^ 30 is slidably disposed in the body 1 ,, and the corresponding hook 21 of the battery is buckled when the corresponding hook 2 of the battery 2 is attached to a card such as "top" The battery 2 is fixed to the receiving groove u of the body (7). The first card fastener 3 has a plate body 31, a slot 31, a hook portion 32, a push-to-handle 33, and a notch 34, wherein the hook portion 32 and the pushing portion 33 are located on both sides of the notch 34. The alveolar 311 is opened in the handle zan 1 1 directional ♦ a 31 inner cymbal, and the rib 15 of the body 10 is extended into the slotted field card firmware 3 〇 by the push button 13 to be displaced and displaced, the first _ ^ firmware 3 〇 is in the rib 15 lead bow 丨 Tin#丄+人丄&. And the displacement from the body 10 to the aforementioned latching position or the exiting hook 4 32 is extended from the side of the board body 31, so that the aforementioned latching position is hooked to the inner side 211 ' of the 200924484 positioning hook 21 so that the battery 2〇 cannot be separated. The accommodating system is extended from the side of the plate body 31 and faces the hook portion 32, wherein the pushing force pushes against the 邛33--the firmware 3〇 pushes away from the positioning position when the card is moved to the position _2; ; 卜 伽 J J 212, L7 push _ _ 21 out of the first phase piece 3G, the battery 2 11 outside the exit. The yarn 34 is in the position of the belt, and the portion 33 can be smoothly withdrawn from the notch 34. - The piece 35 is placed in the slot 311 and corresponds to the first (fixed) setting. The axe member 35 can be, but is not limited to, a pressure spring, which has a rib (four) that wears a thin edge and lies in the aforementioned position of the lion. When the first fastener 30 is displaced by the push 3, the elasticity = compression and the first shed is shown in Fig. 1 to Fig. 4 of the 3D age of the first slat. The second card firmware 50 is slidable and also slid in the sister 10, and corresponds to the positioning hole of the battery 2〇. When the second card fastener 50 is in the fastening position (such as "Fig. 3"), the positioning hole ^ of the battery μ is held, and the pool (4) is set in the receiving groove u of the body 1 (). The second card firmware % has a plate, a through slot 511 and a hook portion 52. The slot 511 is defined in the interior of the plate body, and the rib 16 of the body 375 extends through the slot 511. When the second fastener % is driven to be displaced and displaced, the second fastener 5 is displaced relative to the body 至 to the aforementioned snapping position or away under the guidance of the rib 16 . The hook portion 52 extends from the side of the plate body 51 toward the positioning hole 22 of the battery 20 to hold the inner edge of the positioning hole u at the fastening position, so that the battery 2Q cannot be disengaged from the receiving slot 1 and the second card is removed. When the firmware 50 is displaced from the above-mentioned fastening position by the 14th, the hook portion 52 will leave the edge of the hole 22 of the 200924484 position, so that the battery 2 can be withdrawn outside the receiving slot. The elastic member 53 is disposed on the slot 511 and corresponds to the second fastener. The elastic member 53 can be a non-nuclear-pressing spring, and the two ages abut against the edge of the rib 16 and the groove 511, and are normally pushed toward the fastening position to the second fastener field. When the push button 14 is displaced and displaced, the elastic member % is compressed to have an elastic thrust 0 for pushing the second fastener 5G to the above-mentioned fastening position, "Fig. 3", "Fig. 4" and "Fig. 5 Shown. The ejector member 60 is placed on the side of the battery and corresponds to one side of the battery 20, wherein the ejector member 6 〇 is partially in the accommodating groove η and the battery 2Q _ is further fixed in the mounting groove η . The ejector member 60 is used to normally guide the battery 2 to the accommodating groove along the axial direction! The positioning catch 21 of the battery 20 is deformed from the first fastener to be deformed to push the battery 20 axially outward. In the present embodiment, the ejector member (9) is a rubber block, but the material is not limited to rubber as long as it is a material having a good resilience effect. When the battery 20 is completely placed in the receiving groove n of the body 1G, the rubber block is compressed and deformed by the kiosk. At this time, the rubber block has a normal internal force (the battery 2 is taken out of the slot 11) to restore the internal force, but the recovery internal force is fixed by the first fastening member π _ fastener 50 respectively hooking the positioning fishing 21 and the positioning hole 22 In her 容 容 容 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Carding (4) and positioning the door of the fairy ^ square ^ middle rubber pusher (10) is a rectangular shape of the gallbladder A, but the shape of the rubber block can be varied, for example, cylindrical type, pick 200924484 ball, cylindrical type of life; J-,, and the rubber block can also be solid or hollow, so that the H fishing is compressed and the foot is simple (4) pool 2G. Turn - enough, please refer to the "No.} "Chu _ second card firmware 50 with ^ ^ Figure is not. The user-card firmware 30 and (4) are placed, and the user only needs to place the battery 20 along the aforementioned axis: medium: the first card firmware (four) two card firmware 5. It will be pushed =; the knife is attached to the ί _ card ¥ position and the fastening position to hold the positioning hole 22 of the battery μ ("篦1 si, 兴疋士乐图"), and the battery 2 〇 is firmly fixed On the body 10. = = = °, 2 〇 squeezed and compressed into the installation slot, but the ejector member 6 〇 ..., smothered against the battery 20. When the user wants to replace the battery 20, as long as the hand does not push the button and the embers, the second card will leave the position of the buckle 5 away from the edge of the positioning hole 22 ("Fig. 4"), The first-card firmware 3〇 also pushes the bottom portion 33 to push the missing position 21 ("4th figure") out of the notch 34, so that the electric power is also slightly exited outside the accommodation slot - 11 ("figure 5"). When the first card 〇 〇 release battery 疋 position 彳 21 彳 4, the compressed ejector 6Q will be deformed to 20, so as to avoid the electric _ to touch the 1 again - phase (four) hold and the user can also - Hand-cut body 1G Another hand is convenient to remove the battery 2G, and there is no need to worry about the battery 2G being stuck due to its own weight. Please refer to "Figure 6," "Figure 7," and "Figure 8" for the second practical aspect of the electronic device with battery exit mechanism of the present invention. The specific embodiment of the second actual complement is substantially the same as that of the first embodiment, and the difference between the two is only the configuration of the pusher (9). In the second embodiment, the ejector member 6G is a lion block having a τ-shaped cross section, and has a vertical axis portion 6] which is narrow toward the eye and a horizontal axis portion which is relatively wide. The vertical axis portion & , the battery 20 is placed in the axial direction, and the front end thereof is in contact with the battery μ. The rubber block (pushing top 12 200924484 piece 60) has a notch 63' in which the notch 63 is located on one side of the rubber block and the notch 63 does not penetrate the rubber block. Thus, the rubber block (the pusher member 6) can have a gap between the first firmware 30 and the positioning hook 21 after the first fixing member 30 releases the positioning hook 21 of the battery 20. The notch 63 can make the rubber block more easily deformed in a manner that destroys the structural strength of the rubber block, and allows the rubber block to adjust the force of the outwardly pushing by adjusting the opening size and shape of the notch 63, and adjusts the suitable fit. Specifications for various models and battery weights. Please refer to FIG. 9 for a second embodiment of the present invention with a battery exiting the electronic device. The specific embodiment of the third embodiment is substantially the same as the second embodiment described above, and the difference between the two is only the manner in which the notch 63 is formed in the rubber block (the pusher member 6A). In the third embodiment, the notch 63 is penetrated through the rubber block phase _ _ face, and the dam block can be deformed by the method of breaking the strength of the W block structure, and the rubber block can be sized to be deflated. Adjust the force to push outward with the wire, and adjust the specifications suitable for various models and battery weight. Thus, the rubber sheet top member 6〇) can have a gap between the first card fastener 3G and the positioning hook 21 after the first fastener 3Q releases the battery 2g. Please refer to "Figure 10" and "筮n Brother 11", which is the fourth beginning of the electronic device with battery exit mechanism of the present invention. The specific implementation of the four-participation case is roughly the same as that of the syllabus. The difference between the r and the test is only that the ejector 60 is a compressed projectile in the fourth embodiment. In the layer 梓12, the one end of the 〜 〜 £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ £ 'God 11th Feng, 懕~ 罝钇 罝钇 11. When the battery 20 is completely placed in the 曰 ^ ^ will be called by the battery and the _ people installed and in, but 200924484 stuck = battery 2. . When the _ 21 is detached from the first fastener 30, the dust-removed magazine will stretch and push outward against the battery 2 推 ^ ejector 6. ) It can also be in the _ card firmware 3. Release the battery]. 2 After 21 - there is a flaw between the card firmware 3G and the positioning. And - see "Figure 12" and "Figure 13", which is a fifth embodiment of the device with a battery retreat. The specific implementation of the fifth embodiment is basically the same as the conventional embodiment. The difference between the two is that the piece 60 is a shrapnel. The shrapnel's sincerity, Shishi is in the five-part example of the squad, and in the thunder, the illusion is set in the body 1 ° of the installation slot 12, =:= two: when the ― _ _ _ _ _ _ _ _ 4 When the Putian battery 2 is completely placed in the receiving slot 11, the magazine is viewed by the battery 20 into the mounting slot 12, but abuts against the battery 20. When the positioning hook 21 is disengaged from the 峨'', the hoisting. So, play _ piece 6. ) also two =: r, 21 after the first - card,. And: hook 2 〇 / / rr: r: r # 30 ^ ^ 2-- ^ form - _, · =: = lower ^ 2] by the first - fastener 30 and the second fastener 5 〇 buckle to re-position The secret of the fishing stability is the same as that of the battery. For example, the embodiment of the invention has been disclosed above. The above is the spirit of the invention and the inner circumference of the invention. Please refer to the patent application scope attached to 200924484 for the protection scope defined by the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a perspective view of a body and a battery of an electronic device according to a first embodiment of the present invention. FIG. 2 is a plan view of the body of the electronic device and a plane of the battery according to the first embodiment of the present invention. The second card firmware is located in the figure of the electronic device in the first embodiment of the present invention, wherein the first card firmware is located at the position of the card. 4 is a first embodiment of the present invention in which the body of the electronic device and the plane of the battery are not intended to be in which the first card fastener is located away from the cassette position, and the second card firmware is located in the fifth embodiment of the present invention. A schematic diagram of the body of the electronic device of the towel, the first and second cartridges are used to release the battery. Figure 6 is a perspective view of the ejector member in the second embodiment of the present invention. FIG. 7 is a plan view showing the main body and the battery of the second electronic device of the present invention, wherein the first phase member is located at the cassette position, and the second card member is located at the buckle position. FIG. 8 is the second embodiment of the present invention. In the example, the schematic diagram of the body and the battery of the electronic device, wherein the first card firmware and the second card firmware release the battery. Figure 9 is a perspective view of the ejector member in the third embodiment of the present invention. Figure 10 is a plan view showing the body and the battery of the fourth electronic device of the fourth embodiment of the present invention, wherein the first card fastener is located at the card position, and the second card fastener is located at the buckle 15 200924484. The schematic diagram of the main body of the electronic device in the fourth embodiment, the card firmware and the second card firmware release the flat position of the battery 4 pool 12 _ 本发(四)五# The reading surface of the electronic device: stand: picture, where the first The phase member is located at the cassette position, and the second card is fixed == the first picture is the plane of the electronic device in the fifth embodiment of the present invention. The first card firmware and the second card firmware release the battery. [Explanation of main component symbols] 10....... 11... 12.... 13.... 14... 15....... 16...... 20...................... .. 21•...· ............Battery 211 .... 212... 22....·· 30 ................ 31•...·· ...........第— Firmware 16 200924484 311........................... Through slot 32 ............................. hook portion 33 .............. ...............pushing part 34 ............................. gap 35 .............................elastic parts 50 .................. ...........Second card firmware 51 .............................plate body 511.. .........................through slot 52 ...................... .......卡勾部53 .............................elastic parts 60 ....... ......................Pushing member 61 ........................ ..... Vertical axis portion 62 ............................. Horizontal axis portion 63 ........ ..................... Missing slot 17