1232078 玫、發明說明： 【發明所屬之技術領域】 本i月疋有關於一種具存取模組的電子裝置，特別是 才曰一種具可側拆抽換存取模組的電子裝置。 5 【先前技術】 &十對應用於桌上型電腦或A11 in 〇ne筆記型電腦的光碟 機、軟碟機、備用硬碟等存取模組，常作模組化設叶，以 便於使用者自行拆裝更換。 以下就目前市面上A11 in 〇ne筆記型電腦舉例說明，其 1〇 彳拆的存取模組皆設計在機體底面，使用者在拆裝時需將 整個電腦翻面，而A„ in 〇ne筆記型電腦通常較為笨重，對 使用者而言翻面拆拔動作極為不便。 、^此夕卜，一般拆拔機制多設料『拉出式』，其拆拔動作 [5 通常為·· 解除存取模組與電子裝置間的卡鎖狀態、2·拉出 存取核組，#用者往往需要同時使用㊣手協㈤，且以分離 的一步驟才能完成拆拔。 【發明内容】 因此，本發明之目的，在於提供一種毋須翻面即可進 行拆拔的具可側拆存取模組之電子裝置。 ^本發明之另一目的，在於提供一種藉由單軸旋轉設計 簡化拆拔動作的具可側拆存取模組之電子裝置。 於疋，本發明具可側拆存取模組之電子裝置包含一基座 、一裝設於該基座内且用以存取數位資料之存取模組，及一 用以將存取模組沿一側拆方向推出之側拆機構。 1232078 一、，組包括相鄰且分別平行、垂直該側拆方向之一第 、 内垄，及一突出於該第一邊壁之定位塊。 側拆機構包括一設於存取模組旁而用以供朝基座内推壓 且可控制卡鎖與解除卡敎位塊之控制盒、_平行裝設於基 座内第-邊壁外側且與控制盒相互連接而可受其驅動沿相反 乂彳拆方向内推之推動桿，及一平行樞裝於基座内的内壁旁 側且可受推動桿内推而繞其樞裝處旋轉並以其末端將該存取 核組向外頂推之旋轉桿。 10 15 #兔曰月的功安文是藉由可單軸旋轉之旋轉桿酉己合推動桿 以簡易的操作模式將存取模組側向推出。 【實施方式】 有關本發明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一較佳實施例的詳細說明中，將可清 楚的明白。 ^ :如圖1、圖2、圖3所示，本發明具可側拆存取模組之 電子裝置是指All in 〇ne筆記型電腦、桌上型電腦、電子字 典等，本實施例以All in One筆記型電腦舉例作說明。其存 取模組是以一光碟模組2 (為圖示揭露方便，只以光碟模組 2的底殼作為代表）舉例說明，當然亦可以是任何用以存取 數位資料的模組化可拆換式CD-R、DVD-R、軟碟機、讀卡 機、燒錄機等，甚至廣泛應用到各種可抽換的電池、充電 座、記憶卡等。 筆記型電腦包含一設於内部且用以供各電子零件組設 其上的基座1、前述用以存取數位資料之光碟模組2，及一 20 5 10 15 20 1232078 用以將光碟模組2沿—側拆方向3 Q推出之側拆機構3。 側拣二：1内』界疋出一用以容置光碟模組2且在對應於 斥方向30上形成一開口之容室10。 光碟模組2裝設於該基Μ之容室1G内，包括相間隔 且千仃側拆…〇之一第一邊壁21、一第二邊壁22、一 朝外犬出於第 < 一邊辟9 1 α 、 土 疋4鬼23，及垂直側拆方向30 連接第一、二邊壁21、22之一遠離開口的内壁24。 拆機構3包括-设在第-邊^ 21旁且鄰近基座工開 口處之控制盒31、—可平行第—邊壁2ι滑移地裝設於基座 ^且與控制盒31相連結之推動桿32、—以其中央處拖裝 、土座1上且平行位於内壁24外側之旋轉桿η，及一平行 於推動桿32地裝設於基座丨與婦桿33間之第二彈性 件34。 a其中’旋轉桿33具有-抵於推動桿32末端的第一端 P 一 3 1及相反的第二端部332。在本實施例中，第二彈 f生兀件—34疋-拉簧，以其兩端分別勾設於基座}與旋轉桿 33之第一端部33卜並提供旋轉桿％恆往平行内壁μ方 向回位的彈力。 如®卜圖2、® 4Α所示，控制盒31是用來控制卡鎖 或解除卡鎖定位塊23，並供使用者朝内㈣施力。控制盒 3 1上方由一與推動桿32同體成型的頂板320覆蓋，控制盒 31内組裝有-朝定位塊23對應突伸盒外並抵卡於定位塊 23外緣以防光碟模組2滑出的卡鎖桿州、—自卡鎖桿扣 中央朝側拆方向3G突伸盒外並供使用者橫向扳動之板紐 6 5 10 15 1232078 2 ’及一裝設於卡鎖桿311内媸日如认人 N柒且抵於盒内的第一彈性元 1干313。在本實施例中，第一 卡俏护川 坪^件313是一塵簧，提供 卡如干311恆朝定位塊23方向突出之彈力。 如圖：及圖4B所示，當使用者施力嶋312抵抗彈 ’將卡鎖桿3 11移離定位塊23，而# — 一 ，、 疋鬼23 ’而使定位塊23解除卡鎖 可進而推壓控制盒31，使相丄卓处 , 便相連釔的推動桿32朝相反於側 柝方向30推移，旋轉桿33之 44 ^ ^ 弟而邛331受推動桿32頂 其樞裝處旋轉，並使第二端部332將該光碟模組2 向外頂推至圖3狀態。 制人t光碟模組2透過側拆機構3被頂出，制者施於控 的推廢力移開，第二彈性元件34使旋轉桿33回彈 將推動桿32及控制盒31頂回如圖2所示之原位， 再待同一或另一存取模組***。 此外’如卜3所示，為控制推動桿32及旋轉桿Μ :動的位移路徑與距離，在本實施例中，推動桿％中央開 :有三沿側拆方向30延伸而用以供螺絲（圖未示）對應貫 鎖接於該基座1之貫穿長孔32卜而旋轉捍33之第二f 部332朝遠離光碟模組2方向沿旋轉軌跡延伸__弧形板= 少板35中央開⑦有—供螺絲（圖未示）貫穿鎖接於該 貫Γ孔351。藉此，推動桿32與旋轉桿33維持 在固疋路控内位移。 由以上可知，筆記型電腦之光碟模組2侧拆步驟為.（ 312，使卡鎖桿311對光碟模組2的定位塊23 解除卡鎖；（2)順勢向内推塵控制盒3卜則推動桿32及旋 20 頂出。與習知拉出式的拆拔 33反向推出的設計，使用 2輕易拆拔頂出，而不需 5 10 15 1232078 轉桿33受連動而將光碟模組2 動作相比較，本發明藉由旋轉桿 者可單手動作連貫地將光碟模組 要一手解鎖，另一手施力抽拉。 歸納上述，本發明具可側拆存取模組之電子裝置 用連動及單轴旋轉頂推的設計，不但拆拔過程㈣翻面、 細作過程連貫簡易，且光碟模組2在平常使用狀態時為卡 鎖關係而不會被誤觸脫離，因此確實可達到使用方便且安 全之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍’即大凡依本發明巾請專利 範圍及發明說明書内容所作之簡單的等效變化與修飾，皆 應仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一本發明具可側拆存取模組之電子裝置較佳實 施例的立體分解圖； 圖2是圖1之組合圖，說明一光碟模組裝設於一基座 上之狀態； 圖3是一類似於圖2之視圖，說明該光碟模組被推出 之狀態；及 圖4是一局部放大立體圖，說明一控制盒内部結構。 20 1232078 【圖式之主要元件代表符號說明】 1 基座 312 扳紐 10 容室 313 第一彈性元件 2 光碟模組 32 推動桿 21 第一邊壁 320 頂板 22 第二邊壁 321 長孔 23 定位塊 33 旋轉桿 24 内壁 331 第一端部 3 側拆機構 332 第二端部 30 側拆方向 34 第二彈性元件 31 控制盒 35 弧形板 311 卡鎖桿 351 弧孔1232078 Description of the invention: [Technical field to which the invention belongs] This month, there is an electronic device with an access module, especially an electronic device with a removable access module. 5 [Prior technology] & Ten corresponding to access modules such as CD-ROM drives, floppy drives, spare hard disks for desktop computers or A11 in 〇note notebook computers, often as modular settings, in order to facilitate The user disassembles and replaces it by himself. The following is an example of the A11 in 〇ne notebook computer currently on the market. The access module removed by 10 彳 is designed on the bottom of the machine body. Users need to turn the entire computer over when disassembling and installing. Notebook computers are usually cumbersome, and it is extremely inconvenient for users to turn and remove. ^ At the same time, the general removal mechanism is mostly equipped with a "pull-out type", and its removal action [5 is usually ... The state of the lock between the access module and the electronic device, and the pull-out access core group. #Users often need to use the handshake at the same time, and the removal can be completed in a separate step. [Abstract] Therefore The object of the present invention is to provide an electronic device with a side detachable access module which can be removed without turning over. ^ Another object of the present invention is to provide a simplified removal by a single-axis rotation design An electronic device with a side-removable access module. The electronic device with the side-removable access module according to the present invention includes a base, and an electronic device installed in the base and used to access digital data. Access module, and an access module for The side-removing mechanism pushed out in the side-removing direction. 1232078 I. The group includes a first, inner ridge adjacent to and parallel to the side-removing direction, and a positioning block protruding from the first side wall. The side-removing mechanism includes A control box located next to the access module and used to push into the base and can control the locking and releasing of the locking block, is installed in parallel with the outside of the first side wall in the base and the control box A push rod connected to each other and capable of being pushed inward in opposite directions by a drive thereof, and a parallel pivot mounted on the side of the inner wall in the base and capable of being pushed inward by the push rod to rotate around its pivot and use its end Push the access core group outwards to the rotating lever. 10 15 #Routine Yue's work is based on a single-axis rotating lever and a push lever to move the access module side in a simple operation mode. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be clearly understood in the following detailed description of a preferred embodiment with reference to the drawings. ^: Figure 1, As shown in FIG. 2 and FIG. 3, the electronic device with a side detachable access module of the present invention is All in One notebook computer, desktop computer, electronic dictionary, etc. In this embodiment, an All in One notebook computer is used as an example. The access module is an optical disc module 2 (for the convenience of disclosure, Only the bottom case of the optical disc module 2 is used as an example. Of course, it can also be any modular removable CD-R, DVD-R, floppy disk drive, card reader, Burners, etc., are even widely used in various replaceable batteries, charging docks, memory cards, etc. Notebook computers include a base that is located inside and is used for various electronic components to be set thereon. A disc module 2 for accessing digital data, and a side disassembly mechanism 3 for pushing out the disc module 2 along the side-removing direction 3 Q. Side picking two: 1 inside. A receiving chamber 10 for receiving the optical disc module 2 and forming an opening in a direction corresponding to the repulsion direction 30. The optical disc module 2 is installed in the holding room 1G of the base M, and includes a first side wall 21, a second side wall 22, and an outward-facing dog out of the first < One side is 9 1 α, the earth is 4 ghosts 23, and the vertical side direction 30 is connected to one of the first and second side walls 21, 22 away from the inner wall 24 of the opening. The dismantling mechanism 3 includes a control box 31 provided beside the first side ^ 21 and adjacent to the opening of the base, and can be installed on the base ^ slidingly in parallel with the second side wall 2 and connected to the control box 31. Push rod 32, a rotating rod η mounted on its center, on the soil seat 1 and parallel to the outside of the inner wall 24, and a second elasticity mounted parallel to the push rod 32 on the base 丨 and the women's rod 33 Piece 34. a Among them, the 'rotation lever 33 has a first end P a 31 which is opposite to the end of the push lever 32 and an opposite second end 332. In this embodiment, the second elastic member—34 兀 -tension spring, with its two ends respectively hooked to the base} and the first end portion 33 of the rotating rod 33 and providing the rotating rod% constant parallel The elasticity of the inner wall in the μ direction. As shown in Figure 2 and Figure 4A, the control box 31 is used to control the card lock or unlock the card lock block 23, and is used by the user to force inward. The top of the control box 31 is covered by a top plate 320 that is formed in the same body as the push rod 32. The control box 31 is assembled with a protruding block corresponding to the positioning block 23 and protruding against the outer edge of the positioning block 23 to prevent the disc module 2 Sliding out of the lock lever state, the plate button 3G projecting out of the box from the center of the lock lever buckle in the side-removing direction and for the user to pull laterally 6 5 10 15 1232078 2 'and a lock lever 311 On the next day, if the person is identified as N 柒, the first elastic element 1 in the box will dry 313. In the present embodiment, the first card retaining plate 313 is a dust spring, and provides a spring force such as a card 311 that constantly projects toward the positioning block 23. As shown in FIG. And FIG. 4B, when the user applies a force 312 to resist the bullet 'to move the locking lever 3 11 away from the positioning block 23, and # — 一, 疋 鬼 23' to make the positioning block 23 unlock the lock may Then, the control box 31 is pushed, so that the yttrium push rod 32 is moved opposite to the side yoke direction 30, and the rotation rod 33 of 44 ^ ^ brother 331 is rotated by the push rod 32 and its pivot , And the second end portion 332 pushes the optical disc module 2 outward to the state of FIG. 3. The man-made disc module 2 is ejected through the side disassembly mechanism 3, and the pushing force exerted by the manufacturer is removed. The second elastic element 34 rebounds the rotating lever 33, and the pushing lever 32 and the control box 31 are pushed back as shown. The original position shown in FIG. 2 is to be inserted into the same or another access module. In addition, as shown in FIG. 3, in order to control the displacement path and distance of the push rod 32 and the rotary rod M: in this embodiment, the push rod% is center-opened: there are three extensions in the side removal direction 30 for the screws ( Not shown) Corresponding to the through-hole 32 that is locked to the base 1 and the second f-section 332 of the rotation protection 33 extends away from the optical disc module 2 along the rotation trajectory __arc plate = center of less plate 35 Opening is provided—a screw (not shown) is connected to the through hole 351 through the lock. Thereby, the push lever 32 and the rotary lever 33 are maintained to be displaced within the fixed road control. It can be known from the above that the steps of removing the disc module 2 side of the notebook computer are as follows. (312, the locking lever 311 is released from the positioning block 23 of the disc module 2; (2) Push the dust control box 3 inwardly. Then push the lever 32 and spin 20 to eject. The design is opposite to the conventional pull-out type 33, which can be easily removed by using 2 instead of 5 10 15 1232078 The rotating rod 33 is linked to move the disc mold. Compared with group 2 actions, the present invention can continuously unlock the optical disc module with one hand by pulling the lever, and pull the other hand with force. To sum up, the electronic device with side-accessible access module of the present invention With the design of linkage and single-axis rotary push, not only the removal process, turning over, and fine-working process are coherent and simple, and the optical disc module 2 is locked in the normal use state and will not be accidentally touched, so it can be achieved. It is convenient and safe to use. However, the above are only the preferred embodiments of the present invention. When it cannot be used to limit the scope of the present invention, that is, what is done in accordance with the scope of the patent and the description of the invention Simple equivalent changes and modifications Both should still fall within the scope of the patent of the present invention. [Brief description of the drawings] FIG. 1 is an exploded perspective view of a preferred embodiment of an electronic device with a side detachable access module according to the present invention; The combined diagram illustrates a state in which an optical disc mold is assembled on a base; FIG. 3 is a view similar to FIG. 2 illustrating the state in which the optical disc module is pushed out; and FIG. 4 is a partially enlarged perspective view illustrating a The internal structure of the control box. 20 1232078 [Description of the main symbols of the drawings] 1 Base 312 Button 10 Reservoir 313 First elastic element 2 Optical disc module 32 Push rod 21 First side wall 320 Top plate 22 Second side wall 321 long hole 23 positioning block 33 rotating lever 24 inner wall 331 first end 3 side removal mechanism 332 second end 30 side removal direction 34 second elastic element 31 control box 35 curved plate 311 locking lever 351 arc hole