201245927 六、發明說明： 【發明所屬之技術領域】 β本發明是有關於一種閂鎖模組及筆記型電腦，且特別 是有關於一種可將電池推頂出的閂鎖模組及使用此閂鎖模 組的筆記型電腦。 【先前技術】 近年來由於產業的成熟，使得筆記型電腦(n〇teb〇〇k) 的，術不斷地精進改良。目前筆記型電腦所使用的電池主 要疋以鐘電池(Li —l〇n)為主，這是因為链電池具有電容量 大且體積較為輕巧等優點，而成為目前該筆記型電腦最主 要的電池種類。 一般常見的筆記型電腦的電池為長條式的電池，而筆 記型電腦的本體底部會設置有二組用以固定電池的卡勾結 構。透過卡勾結構的限位及解除限位，以定位或釋放長條 式的，池。上述之兩組卡勾的其中—組會設計為在將電池 置入筆記型電腦的本體底料便利料形狀及位置以自動 地與電池勾合；而另―組卡⑽設計為必須由使用者手推 π動以手動!紋(Loek)住f池，或是釋放鎖定(UnlQek) 電池可以被使用者拔出。 ，而’當使用者欲從筆記型電腦底座卸下長條式電 時’而要先以-手推移可以手紐動的卡勾，以解 卡勾對電池的祕後，通常還S要科指插人電池及底 之間的縫㈣抓住電池，才能夠將電池從底座中取出氏 4 201245927 於使用者來說，如果電池具有不利於用手拿取的外觀結 構，例如平滑的表面或是電池與底座之間的間隙很小，都 會造成使用者很難將電池從底座中抽取出來的情況， 用者於使用時會感覺非常不便。 = 【發明内容】 本發明提供一種應用於筆記型電腦的閂鎖模組。 本發明另提供-種方便拿取電池的筆記型電腦。 為達上述或是其他目的，本發明提出一種適 鎖模組’此閃鎖模組可以將筆記型;腦 型電腦的本體中頂出。閱模組包括一門 ^-卡心X及—導引件，其中_設置於筆 本體，並適於相對本體移動。卡勾設置於電池，2 j 動路徑上，===與卡勾的-移 朝向遠離太和夕TS山 糟由導引件推移電池 本體之一頂出方向移動’而解鎖方向與頂出方向 腦。本發明另提出-種應用上述之w鎖模組的筆記型電 型電腦的一實，模組的筆記 作動方向互相平行， £ 5 201245927 之間’且推移部暴露於本體的_底 適於與卡勾限位。 爻外而弟一限位部 型電月問Γ模組及應用上述之閃鎖模組的筆記 引cr:上述之導引件具有—第一導引部、 盘解弟二限位部’第一導引部之作動方向 ”解鎖方向千仃，而第二導引部與 且第二導引部位於第—導引部及卡二引二夾一鈍角二 出於第-導引部，當導引件推移電^^;紅限位部突 時，第二限位部適於移動 移向1出方向= 鎖的移動距離。 移動路徑上，以限制閂 型電ί ΐ上實月::二杈組及應用上述之閂鎖模組的筆記 第二Γ上述之問鎖的第-限位部更且有- 第三導引部移動。卩亚使第二導引部相對 在本發明之閂鎖模组及應 型電腦的一實施例中，更包括:述2鎖模組的筆記 之間，當推移部受力使閃鎖 二連接於問鎖與主體 伸狀態，當推移部不再受力，彈時，彈簧呈拉 设至其初始位置’且使卡勾承靠於：生，力迅速回 電池於頂出方向上之位移。 、 限位部上，以限制 筆記型電腦^於1組及相此_模組的 :，進而將電池頂出’=:==時推賴 拿取電池。 以讓使用者可以方便地 6 201245927 為讓本發明之上述特徵和優點能更明顯易懂，下文特 舉實施例，並配合所附圖式作詳細說明如下。 【實施方式】 ^圖1為閂鎖模組的示意圖、圖2A為應用圖i之閂鎖 模、、且的筆^己型電知的局部示意圖，而圖為圖2a之筆記 型電腦的另-視角的示意圖。請同時參考圖i、圖2A及圖 筆記型電腦100包括一本體11〇、—電池12〇以及一 閂鎖模組130。筆記型電腦1〇〇的本體11〇包括具有電路 板以及用以輸人指令或鍵人文字之鍵盤的主機，以及用以 顯不私式計算結果及圖像的顯示螢幕，其中鍵盤以及顯示 螢幕都與電路板電性相連。電池12〇組装於本體11〇，且 通昂為了產品的使用美觀以及考量到使用者其實並不常將 電池120自本體no拆卸下來，所以本體11〇用以容置電 池120的容置槽112通常設置在本體11〇之主機的底面 1 η。閂鎖模組130包括一閂鎖132、一卡勾134以及一導 引件136。問鎖132設置於本體11〇，並適於在底面114 相對本體110移動。卡勾134及導引件136皆設置於電池 12〇’其中導引件136與卡勾134位於閂鎖132的移動路徑 的兩端，而卡勾Π4適於與閃鎖132互相限位，且卡勾134 與閃鎖132的互相限位使電池12〇固定在本體11〇的容 槽112内。 接著請繼續同時參考圖1、圖2A及圖2B，閂鎖132 具有一推移部132a、一連接部132b以及一第一限位部 201245927 132c其中推移部132a的作動方向與第一限位部me的 作動方向互相平行，錢接部mb連接於推移部 132a 及 第-P艮位部132c之間’換言之本實施例之閃鎖132於圖i 的視角看起來雜大致以字形(在其他實關巾也可以是 呈=字形）。推移部132a暴祕本體nG的底面 114之外， 以讓使用者枝施力轉推移部ma。連接部mb及第 限位。p 132c皆位於本體11〇内，且第一限位部132c的 末端更凸出於本體11〇而位於容置槽112内，如此第一限 位。卩132c便可以與設置在電池12〇上的卡勾互相限 位。由此可知，推移部丨32a與連接部132b共同朝向讀者 的表面和第一限位部132c朝向讀者的表面並不是在同一 個平面上，因此在圖1中將不與第一限位部丨32c在同一平 面上的推移部132a與連接部i32b以虛線表示。 另外，導引件136具有一第一導引部136a、一第二導 引部136b以及一第二限位部i36c，且第一導引部136&及 第二導引部136b為條狀的凸肋，其中第一導引部13如的 作動方向與解鎖方向D1平行，且第二導引部136b與第一 V引部136a夾一鈍角α，而第二導引部136b位於第一導 引部136a及卡勾134之間。此第二限位部136c突出於第 一導引部136a，且用以限制閂鎖ι32的移動距離。 圖3為筆§己型電腦之本體的底面的示意圖。如圖3 示，本實施例之筆記型電腦100中應用了兩組閂鎖模組 130’且兩組閂鎖模組13〇設置在同一個解鎖方向上，但是 兩組閂鎖模組130的解鎖方向互相相反。請同時參考圖j 8 201245927 及圖3，一般而言，當電池12〇固定在本體11〇内時，閂 鎖模組130的卡勾134及閂鎖132互相限位，亦即閂鎖132 的第一限位部132c會與卡勾134互相勾合。 圖4A〜圖4C為閂鎖模組作動流程示意圖，其中圖4a 〜圖4C省略了閂鎖的推移部及連接部。接著請同時參考 圖3及圖4A’當使用者欲將電池12〇自本體11〇上拆卸下 來時’使用者用手施力推移閂鎖132的推移部132a往解鎖 方向D1移動時，閂鎖132的移動使第一限位部η。脫離 卡勾134，以解除與卡勾134的互相限位。隨著閂鎖^2 沿著解鎖方向D1移動’ _ 132的第一限位部mc繼而 接觸2導引件I36的第二導引部⑽，而在此同時問鎖比 仍沿著解鎖方向D1繼續移動，且_ 132移動的同時會 推移導引件136推移電池12〇朝向遠離本體11G的一頂出 方向D2移動’其中解鎖方向⑴與頂出方向互相垂直。 、，接著請同時參考圖3及圖4B，閂鎖132繼續沿著解 鎖方向D1移動，直至將電池m頂出本體m的底面 114。此時，閂鎖132的第一限位部l32c位於第一導弓丨部 13=下，且閂鎖132的第一限位部13七會被導引件I% 的第一限位部i36c限制移動距離而停住。而電池因為 閂鎖132及導引件136的相對移動而被頂出於本體ιι〇之 外。雖然本實施例是在導引#丨36設置第二限位部136c ^作為限制_ 132的移動麟，但是在其他未緣示的實 知例中可以將用以限制閃鎖132的移動距離的結構設置在 本體110 ’例如是以容置閂鎖132之推移部132a的槽的大 201245927 小’或是在本體110内閂鎖132的移動路徑上設置凸肋等， 皆可達成限制閂鎖132的移動距離的目的。 請同時參考圖3及圖4C，將閂鎖132移回至原本的 位置。此時，電池12〇突出於本體11〇之外，方便使用者 將電池120自本體110取出。 圖5為本發明之閂鎖模組的另一實施例的示意圖。請 參考圖5 ’閂鎖模組130,可更包括一彈簧138，連接於連接 部132b及主體110(如圖2B示)(或主體n〇内部的其他構 件)之間。如此，在使用者施力推移推移部132a以使閂鎖 132往解鎖方向D1移動時，彈簧138會呈拉伸狀態；當使 用者停止施力於推移部132&後，藉由彈簧138的彈性恢復 力’可讓f-Ι鎖132在使用者停止施力後會自動且快速地回 移至原來的位置，且位於卡勾134的下方。更詳細而言， 閂鎖132會在電池12〇受其重力影響而落下之前使其第一 限位部132c搶先頂住電池12〇,讓電池12〇突出於本體 的底面114 ’以方便使用者拿取電池12〇。 附帶一提，第一限位部132c可具有一導角132e，其 中導角132e的設置，可以方便當使用者沿著頂出方向D2 的反向施力於電池120以將電池12〇組裝至本體11〇之容 置槽112中時，卡自134與第一限位部132c的導角 可以方便地互相導引及相對移動，以讓使时可以較為省 力地將電池120組裝至本體11〇的容置样丨 圖6為本發明之問鎖模組的又一實^例的示意圖。請 參考圖6 ’在本實施例中，閃鎖132”的第一限位部i32c，， 201245927 可更具有一第三導引部132d，此第三導引部132d與第二 導引部136b有相同的傾斜角度，因此在閂鎖132"接觸第 二導引部136b時，形狀的契合讓第二導引部136b相對第 三導引部132d的移動更加順暢。 綜上所述，於本發明之閂鎖模組及使用此閂鎖模組的 筆記型電腦中，利用閂鎖與卡勾的配合，可以讓電池固定 於本體；而利用閂鎖及導引件的配合，閂鎖可將電池頂出 本體，以方便使用者拿取。對於使用者來說，相較於習知 用以固定電池的卡勾結構，本發明的閂鎖模組除了可以達 到鎖住及定位電池的功能之外，更能在解鎖電池的同時將 電池往本體外頂出。如此，使用者便不需要費力將手指頭 伸入縫隙之中以抓住電池。另外，彈簧的設置可以讓閂鎖 將電池頂出之後回復至原位，科需要使时再次施力推 移。特別的是’彈簧的設置可以讓_在電池受重力影響 2次掉落回容置槽前搶細移並頂住卡勾，以方便使用 μ^取％池。所以’本發明之問鎖模組及使用此閃鎖模組 的筆記型電腦極具使用便利性。 太^然^發明已財施例減如上，然其並_以限定 本二月之二：：屬技術領域中具有通常知識者，在不脫離 本七明之精神和範圍内，當 發明之保護範圍當視_之_ =之更動與潤飾’故本 田現後附之巾⑽利範_界定者為準。 【圖式簡單說明】 圖1為閂鎖模組的示意圖。 201245927 圖2A為應用圖1之閂鎖模組的筆記型電腦的局部示 意圖。 圖2B為圖2A之筆記型電腦的另一視角的示意圖。 圖3為筆記型電腦之本體的底面的示意圖。 圖4A〜圖4C為閂鎖模組作動流程示意圖。 圖5為本發明之閂鎖模組的另一實施例的示意圖。 圖6為本發明之閂鎖模組的又一實施例的示意圖。 【主要元件符號說明】 100 :筆記型電腦 110 :本體 112 :容置槽 114 :底面 120 :電池 130、130’ ：閂鎖模組 132、132π :閂鎖 132a :推移部 132b :連接部 132c、132cn :第一限位部 132d :第三導引部 132e :導角 134 :卡勾 136 :導引件 136a :第一導引部 12 201245927 136b :第二導引部 136c :第二限位部 138 :彈簧 D1 :解鎖方向 D2 :頂出方向 a :鈍角201245927 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a latch module and a notebook computer, and more particularly to a latch module capable of pushing a battery out and using the latch A laptop with a lock module. [Prior Art] In recent years, due to the maturity of the industry, the notebook computer (n〇teb〇〇k) has been continuously improved. At present, the battery used in the notebook computer is mainly based on the clock battery (Li-l〇n). This is because the chain battery has the advantages of large capacity and light weight, and has become the main battery of the notebook computer. kind. The battery of a typical notebook computer is a long battery, and the bottom of the body of the notebook computer is provided with two sets of hook structures for fixing the battery. Position or release the long, pool by the limit of the hook structure and the release of the limit. One of the above two sets of hooks is designed to be placed in the shape and position of the bottom material of the notebook computer to automatically match the battery; and the other group card (10) is designed to be used by the user. Push the π to manually • Loek to hold the f pool, or release the lock (UnlQek) The battery can be pulled out by the user. And 'when the user wants to remove the long strip of electricity from the base of the notebook computer', it is necessary to first move the hook with the hand to remove the hook of the battery, usually also the S Refers to the slot between the inserted battery and the bottom (4) Grab the battery to take the battery out of the base. 4 201245927 For the user, if the battery has an appearance structure that is not conducive to hand picking, such as a smooth surface or The gap between the battery and the base is small, which makes it difficult for the user to extract the battery from the base, and the user feels very inconvenient when using it. = [Summary of the Invention] The present invention provides a latch module applied to a notebook computer. The present invention further provides a notebook computer that is convenient for taking a battery. To achieve the above or other objects, the present invention provides a suitable lock module. The flash lock module can be used to eject a notebook; The reading module includes a door card X and a guiding member, wherein the _ is disposed on the pen body and is adapted to move relative to the body. The hook is set on the battery, 2 j moving path, === and the hook-shifting direction away from the Taihe Xishan mountain is moved by the guide to move one of the battery body in the direction of the ejecting direction, and the unlocking direction and the ejecting direction brain. The present invention further proposes a notebook type electric computer using the above-mentioned w lock module. The action directions of the modules are parallel to each other, and between 5 and 25,45,927, and the moving portion is exposed to the bottom of the body. Card hook limit.爻外而弟一限位型型月月ΓΓClip and the application of the flash lock module mentioned above cited cr: the above guide has - first guide, disc solution second limit The driving direction of one guiding portion is "unlocking direction Millennium", and the second guiding portion and the second guiding portion are located at the first guiding portion and the card two guiding two clips are obtuse angles two out of the first guiding portion, when When the red limit portion is protruded, the second limit portion is adapted to move to the 1 out direction = the moving distance of the lock. On the moving path, the latch type is limited to the real month: The second group and the first latching portion of the above-mentioned latch are further provided with a third guiding portion. The second guiding portion is opposite to the present invention. In an embodiment of the latch module and the computer, the method further includes: between the notes of the two lock modules, when the push portion is forced to connect the flash lock to the state of the lock and the main body, when the push portion is no longer When the force is applied, the spring is pulled to its initial position' and the hook is pressed against: the force is quickly returned to the displacement of the battery in the direction of the ejection. On the limit portion, Restrict the notebook computer ^ in 1 group and the corresponding _ module:, and then push the battery out of the '=:== to take the battery. So that the user can easily 6 201245927 for the above characteristics of the present invention The advantages and advantages are more obvious and understood. The following detailed description of the embodiments will be described in detail below with reference to the accompanying drawings. FIG. 1 is a schematic diagram of a latch module, and FIG. 2A is a latching die of the application diagram i. And a partial schematic diagram of the pen-type type, and the figure is a schematic view of the other view of the notebook computer of Fig. 2a. Please refer to FIG. 2, FIG. 2A and the notebook computer 100 including a body 11〇, a battery 12A and a latch module 130. The body 11 of the notebook computer includes a main board having a circuit board and a keyboard for inputting commands or key words, and a display result for displaying a private calculation. And the display screen of the image, wherein the keyboard and the display screen are electrically connected to the circuit board. The battery 12〇 is assembled on the body 11〇, and the Tongan is not used for the beauty of the product and the battery 120 is not often used. Removed from the body no, so the body 11 The accommodating slot 112 for accommodating the battery 120 is generally disposed on the bottom surface 1 η of the main body of the main body 11 . The latch module 130 includes a latch 132 , a hook 134 and a guiding member 136 . It is disposed on the body 11 〇 and is adapted to move on the bottom surface 114 relative to the body 110. The hook 134 and the guiding member 136 are both disposed on the battery 12 〇 'where the guiding member 136 and the hook 134 are located in the moving path of the latch 132 The card hook 4 is adapted to be mutually constrained from the flash lock 132, and the mutual restriction of the hook 134 and the flash lock 132 causes the battery 12 to be fixed in the cavity 112 of the body 11A. Then continue to refer to FIG. 1 at the same time. 2A and 2B, the latch 132 has a pushing portion 132a, a connecting portion 132b, and a first limiting portion 201245927 132c, wherein the moving direction of the pushing portion 132a and the operating direction of the first limiting portion me are parallel to each other. The joint portion mb is connected between the pushing portion 132a and the first-p-clamping portion 132c. In other words, the flash lock 132 of the present embodiment looks substantially in a zigzag shape in the perspective of the drawing i. ). In addition to the bottom surface 114 of the tampering body nG, the urging portion 132a allows the user to apply force to the urging portion ma. Connection part mb and the limit position. The p 132c is located in the body 11〇, and the end of the first limiting portion 132c protrudes from the body 11〇 and is located in the receiving slot 112, thus being the first limit.卩132c can be mutually constrained from the hooks placed on the battery pack 12〇. Therefore, it can be seen that the pushing portion 32a and the connecting portion 132b are facing the surface of the reader and the surface of the first limiting portion 132c facing the reader are not in the same plane, so the first limiting portion will not be in FIG. The pushing portion 132a and the connecting portion i32b of the 32c on the same plane are indicated by broken lines. In addition, the guiding member 136 has a first guiding portion 136a, a second guiding portion 136b and a second limiting portion i36c, and the first guiding portion 136& and the second guiding portion 136b are strip-shaped. a rib, wherein the first guiding portion 13 is in a direction parallel to the unlocking direction D1, and the second guiding portion 136b and the first V guiding portion 136a are at an obtuse angle α, and the second guiding portion 136b is located at the first guiding portion Between the lead portion 136a and the hook 134. The second limiting portion 136c protrudes from the first guiding portion 136a and is used to limit the moving distance of the latch ι32. Fig. 3 is a schematic view showing the bottom surface of the body of the pen type computer. As shown in FIG. 3, in the notebook computer 100 of the embodiment, two sets of latch modules 130' are applied, and two sets of latch modules 13 are disposed in the same unlocking direction, but the two sets of latch modules 130 are The unlocking directions are opposite to each other. Please refer to FIG. j 8 201245927 and FIG. 3 . Generally speaking, when the battery 12 is fixed in the body 11 , the hook 134 and the latch 132 of the latch module 130 are mutually restricted, that is, the latch 132 The first limiting portion 132c and the hook 134 are hooked to each other. 4A to 4C are schematic diagrams showing the operation of the latch module, wherein the sliding portion and the connecting portion of the latch are omitted in FIGS. 4a to 4C. Then, referring to FIG. 3 and FIG. 4A simultaneously, when the user wants to remove the battery 12 from the main body 11 ', when the user moves the urging portion 132a of the latch 132 to the unlocking direction D1 by hand, the latch is latched. The movement of 132 causes the first limit portion η. The hook 134 is disengaged to release the mutual restriction from the hook 134. As the latch ^2 moves along the unlocking direction D1, the first limiting portion mc of the _ 132 then contacts the second guiding portion (10) of the guiding member I36, while at the same time the locking ratio is still along the unlocking direction D1 Moving further, and while the _132 is moving, the pushing guide 136 moves the battery 12 to move away from an ejection direction D2 away from the body 11G, wherein the unlocking direction (1) and the ejection direction are perpendicular to each other. Next, referring to Figures 3 and 4B, the latch 132 continues to move along the unlocking direction D1 until the battery m is ejected from the bottom surface 114 of the body m. At this time, the first limiting portion l32c of the latch 132 is located at the first guiding portion 13==, and the first limiting portion 13 of the latch 132 is guided by the first limiting portion i36c of the guiding member I%. Stop moving distance and stop. The battery is pushed out of the body due to the relative movement of the latch 132 and the guide 136. Although the present embodiment is to set the second limiting portion 136c ^ as the mobile lining of the restriction _ 132 at the guide #丨36, the moving distance for limiting the moving distance of the flash lock 132 may be limited in other embodiments not shown. The structure is disposed on the main body 110', for example, by the large 201245927 small of the groove accommodating the pushing portion 132a of the latch 132 or by providing a rib or the like on the moving path of the latch 132 in the body 110, and the restriction latch 132 can be achieved. The purpose of moving distance. Referring to Figures 3 and 4C at the same time, the latch 132 is moved back to its original position. At this time, the battery 12 protrudes beyond the body 11〇, facilitating the user to take the battery 120 out of the body 110. FIG. 5 is a schematic view of another embodiment of the latch module of the present invention. Referring to FIG. 5, the latch module 130 may further include a spring 138 connected between the connecting portion 132b and the main body 110 (as shown in FIG. 2B) (or other members inside the main body n〇). In this manner, when the user applies the pushing and pushing portion 132a to move the latch 132 in the unlocking direction D1, the spring 138 is in a stretched state; when the user stops applying the force to the pushing portion 132&, the elasticity of the spring 138 is utilized. The restoring force 'allows the f-shackle 132 to automatically and quickly move back to the original position after the user stops applying the force, and is located below the hook 134. In more detail, the latch 132 causes the first limiting portion 132c to preempt the battery 12 抢 before the battery 12 is dropped by the gravity thereof, so that the battery 12 〇 protrudes from the bottom surface 114 ′ of the body to facilitate the user. Take the battery 12 〇. Incidentally, the first limiting portion 132c may have a guiding angle 132e, wherein the guiding angle 132e is arranged to facilitate the user to apply force to the battery 120 in the reverse direction of the ejection direction D2 to assemble the battery 12 to When the body 11 is received in the slot 112, the angle between the card 134 and the first limiting portion 132c can be easily guided and moved relative to each other, so that the battery 120 can be assembled to the body 11 in a relatively labor-saving manner. Figure 6 is a schematic view of another embodiment of the challenge lock module of the present invention. Referring to FIG. 6 'in this embodiment, the first limiting portion i32c of the flash lock 132 ′′, 201245927 may further have a third guiding portion 132d, the third guiding portion 132d and the second guiding portion 136b. The same inclination angle is obtained, so that when the latch 132" contacts the second guiding portion 136b, the shape fit makes the movement of the second guiding portion 136b relatively closer to the third guiding portion 132d. In the latch module of the invention and the notebook computer using the same, the latch and the hook cooperate to fix the battery to the body; and with the cooperation of the latch and the guide, the latch can be The battery is ejected from the main body to facilitate the user to take it. For the user, the latch module of the present invention can achieve the function of locking and positioning the battery, compared to the conventional hook structure for fixing the battery. In addition, the battery can be ejected to the outside of the body while unlocking the battery. Thus, the user does not need to push the finger into the gap to grasp the battery. In addition, the spring setting allows the latch to hold the battery top After returning to the original position, the department needs to make time The second force is applied. In particular, the 'spring setting' allows the _ to be finely moved and held against the hook before the battery is affected by the gravity 2 times, so that it can be easily used to take the % pool. The invention relates to the lock module and the notebook computer using the flash lock module, which is very convenient to use. Too ^ 然 ^ invention has reduced the above example, but it is limited to the second of the second:: Those who have the usual knowledge in the field, without departing from the spirit and scope of this Qiming, when the scope of protection of the invention is deemed to be the change and retouching of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of a latch module. 201245927 Fig. 2A is a partial schematic view of a notebook computer using the latch module of Fig. 1. Fig. 2B is a schematic view of another view of the notebook computer of Fig. 2A Fig. 3 is a schematic view showing the bottom surface of the body of the notebook computer. Fig. 4A to Fig. 4C are schematic diagrams showing the operation of the latch module. Fig. 5 is a schematic view showing another embodiment of the latch module of the present invention. A schematic view of still another embodiment of the inventive latch module. Element Description: 100: Notebook 110: Main body 112: accommodating groove 114: Bottom surface 120: Battery 130, 130': Latch module 132, 132π: Latch 132a: Pushing portion 132b: Connecting portion 132c, 132cn The first limiting portion 132d: the third guiding portion 132e: the guiding angle 134: the hook 136: the guiding member 136a: the first guiding portion 12 201245927 136b: the second guiding portion 136c: the second limiting portion 138 : Spring D1 : Unlocking direction D2 : Ejecting direction a : Obtuse angle