200532967 玖、發明說明： 【發明所屬之技術領域】 本發明是有關於-種具可拆換電子模組的電子裝置， 特別是指-種可側向拆換電子模組而無須翻面的電子褒置 〇 【先前技術】 目前市面上之筆記型電腦、PDA、電子字典等電子裝置 之電池模組、光碟機、各種型式的記憶卡…等均設計為、可 拆換的電子模組，以便於使用者自行拆裝更換。 、以筆記型電腦舉例來說，不論其電池模組為底部拆換 或側向拆換，卡鎖定位設計皆設計在機體底面，因此使用 者在拆裝時需將整個電腦翻φ，對使用者而言極為費力不 便。 、 【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 行拆拔的具可側拆電子模組之電子裝置。 於是，本發明具可側拆電子模組之電子裝置包含一基座 、-組裝於基座上的電子模組’及—用以控制電子模組卡鎖 或解除卡鎖以便拉出的側拆機構。 基座包括多數圍限出一容置槽與一槽口之基板，及多數 自基板突出之卡鎖突塊。 電子模組包括-裝設於容置槽内並可沿—側拆方向朝槽 口移出的殼體。 側拆機構包括一固結於殼體外側邊之固定桿、一與固定 5 10 15 20 200532967 :=τ相結合且罩覆於該槽口以供使用者施力扳移 =板，及—裝設於該固定桿與扳移板間並值提 板内移復位之彈力的彈性元件。 該扳移板具有至少一盥續+办 /、4卡鎖犬塊對應抵卡之卡鎖勾， s該扳移板相對於該固定捍朝 U疋枰朝垂直该側拆方向平移而外突出 基座，其卡鎖勾解除抵卡， -卞且^八犬出部分供使用者朝該側 拆方向施力連同該電子模組拉出。 •本^月的功效疋藉由設計在基座側邊的側拆機構，以 簡易的操作模式將電子模組解鎖並側向拉出。 【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—較佳實施例的詳細 楚的明白。 月 如圖1、圖2所示，本發明具可側拆電子模組之電子裝 置是指筆記型電腦、PDA、電子字典等，本實施例以一筆記 型電腦舉例作說明。本實施例是以可拆換的模組化電池模 組2舉例說明’當然也可以推廣應㈣任何模組化可拆換 的光碟機、軟碟機、讀卡機、燒錄機、充電座、記憶卡等 筆記型電腦包含-基座1、前述組裝於基座i上的電池 模組2,及一用以控制電池模組2卡鎖或解除卡鎖以便拉出 的側拆機構3。 基座1是由多數同體組合之基板U組成，並圍限出一 供電池模!且2插設其中且略呈扁長方體的容置槽（圖未示 5 200532967 )及其長方形槽口 13，在鄰近槽口 13兩相反端處的基板U 大出形成多數卡鎖突塊14。在本實施例中，是以如圖1中 所不的四卡鎖突塊14a〜14d舉例說明。其中卡鎖突塊14&、 5 10 15 14c刀別自内側與外側基板11同向勾狀突出，卡鎖突塊l4b 1則分別由内側與外側基板11朝下柱狀突出。 電池杈組2包括一電池（裝設於内部，圖中未顯示）、 仏電池谷置其中且裝設於容置槽内並可沿一側拆方向3〇 朝^ Γ 13移出的殼體22，及—自殼體22外側邊上緣同體 平犬出之結合板23。結合板23前緣向下突伸形成一用以 與側拆機構3可滑移地結合的第一軌條231。 、^拆機構3包括-與電池模組2之結合板23螺接固結 的口疋柃3丨、一與固定桿3丨可相對平移地相結合且概呈乙 狀罩覆於槽口 13以供使用者施力扳移的扳移板32、二自扳 移板32直立的内側面同體水平突出的限位塊33，及一以其 兩端㈣勾設於固定桿31與扳移板32狀彈性元件3/。、 貫:例中㉟性元件34是—恆提供扳移板Μ内移復 4的拉更。扳移板32在近彎折的底緣處内凹，且在内側形 成一平台320。 固定桿31是夾設於限倾33下方而抵放於板移板 之平台320上’並具有_朝上突伸之第二軌條3ιι。 每一限位塊33具有分別自其上表面與下表面凹陷形 曰狀第'月才曰331及—第二滑槽332。第一滑槽331; 供上述結合板23 <第—軌條231對應嵌入，而第二滑4 疋七、上述固疋才干31之第二軌條311 #應嵌入。藉此 20 200532967 相對於固^桿31及電池模組2在預設限定的 執道内平移。 配合芬閱圖3，扳移板32内側面同向突伸有四分別與 刖述四卡鎖突塊l4a〜14d對應抵卡之卡鎖勾32ia〜32id，以 防側拆機構3連同電池模組2脫離基座i。 如圖 ^ >所不’當扳移板32相對於固定桿31朝 ίο 垂直側拆方向30平移而外突出基座1，該四卡鎖勾 321&〜321(1分別與對應之卡鎖突塊14&〜144同時解除抵卡狀 、並乂板移板32外突部分供使用者朝側拆方向3〇施力 拉出，藉此將電池模組2移離拆換。 窃此外，在扳移板32外表面凸設有多數摩擦凸條，用以 提Γ1摩払力以助於使用者施力外扳而抵抗彈力（由於視角 的關係，圖中未顯示）。 15 20 由以上可知，使用者只需施力於側拆機構3的扳移板 32並將其朝垂直側拆方向3〇平推，扳移板32相對電池模 ^ 2平移而部分突出基座卜使用者緊接施力於扳移板32 突出部分的内側面，朝側拆方向3G外拉，則電池模組2隨 之連帶拉出。反之，當欲組裝電池模組2，只需朝相反側拆 方向30插入容置槽，並同樣略微平推扳移板32再向内壓 入，使結合於電池模組2之側拆機構3上的卡鎖勾 321a〜321d與基座1之卡鎖突塊14a〜14d對應嵌卡，即可固 定組裝。 歸納上述，本發明具可側拆電子模組之電子裝置，利 用滑槽與軌條並搭配協助復位的拉簧設計，不但使電子模 7 200532967 組的拆拔過程毋須翻面、操作簡易，且電子模組在平常使 用狀態時與基座1相互卡鎖而不會被誤觸脫離，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 5 能以此限定本發明實施之範圍，即大凡依本發明申請專利 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電子模組之電 10 編立體分解圖； 1佳貫 圖2是該實施例之平面示意圖，說明一電池模組組立 於一基座内之狀態； 圖3是圖2的皿-皿方向視圖； 圖4是類似於圖2之視圖，說明該電池模組解除卡鎖 15 之狀態；及 圖5是該實施例電池模組被拉出之平面示意圖。 200532967 圖式之主要元件代表符號說明】 1 基座 11 基板 13 槽口 14a〜14d卡鎖突塊 2 電池模組 22 殼體 23 結合板 231 第一執條 3 側拆機構 30 側拆方向 31 固定桿 311 第二執條 32 扳移板 321 a〜321 d卡鎖勾 33 限位塊 331 第一滑槽 332 第二滑槽 34 彈性元件200532967 发明 Description of the invention: [Technical field to which the invention belongs] The present invention relates to an electronic device with a removable electronic module, and particularly to an electronic device that can be replaced laterally without the need to turn over. [Previous technology] At present, battery modules, optical disc drives, various types of memory cards, etc. of electronic devices such as notebook computers, PDAs, electronic dictionaries on the market are designed as removable electronic modules in order to Disassembly and replacement at the user's own discretion. Taking a notebook computer as an example, regardless of whether the battery module is replaced at the bottom or laterally, the card locking position is designed on the bottom of the machine body. Therefore, the user needs to turn the entire computer φ when disassembling it. This is extremely laborious and inconvenient. [Summary of the Invention]-Therefore, the object of the present invention is to provide an electronic device with a side detachable electronic module that can be removed without turning over. Therefore, the electronic device with a side-removable electronic module of the present invention includes a base, an electronic module assembled on the base, and a side-removable device for controlling the locking or releasing of the electronic module for pulling out. mechanism. The base includes a plurality of substrates surrounding a receiving slot and a slot, and a plurality of locking projections protruding from the substrate. The electronic module includes a housing which is installed in the containing groove and can be moved out of the groove along the side-removing direction. The side-removing mechanism includes a fixing rod fixed to the outer side of the casing, a combination with fixing 5 10 15 20 200532967: = τ and covering the slot for the user to apply force to move the plate, and- An elastic element is provided between the fixing rod and the trigger plate, and the spring force of the lifting plate is reset. The triggering plate has at least one latching hook corresponding to the card holder and the 4 latching dog blocks. S The triggering plate is projected outwardly in a direction perpendicular to the side-removing direction relative to the fixed guard. The base has a latching hook to release the card, and the part of the eight dogs is for the user to apply force in the direction of the side disassembly and pull out the electronic module. • Effect of this month: By designing a side disassembly mechanism on the side of the base, the electronic module is unlocked and pulled out sideways in a simple operation mode. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be described in detail below with reference to the drawings-the preferred embodiment. As shown in Fig. 1 and Fig. 2, the electronic device with a side-removable electronic module of the present invention refers to a notebook computer, a PDA, an electronic dictionary, etc. This embodiment uses a notebook computer as an example for illustration. This embodiment is described by taking the removable battery module 2 as an example. Of course, any modular removable drive, floppy drive, card reader, burner, and charging stand can also be promoted. Notebook computers such as memory cards include a base 1, the battery module 2 assembled on the base i, and a side removal mechanism 3 for controlling the battery module 2 to be locked or unlocked so as to be pulled out. The base 1 is composed of a plurality of homogeneous combined substrates U and bounds a battery mold! 2 and a slightly rectangular parallelepiped receiving slot (not shown in the figure 5 200532967) and a rectangular slot 13 inserted therein The substrate U at two opposite ends adjacent to the notch 13 is large to form a plurality of latching protrusions 14. In this embodiment, the four locking tabs 14a to 14d shown in FIG. 1 are used as an example. The locking protrusions 14 & 5 10 15 14c protrude from the inside and the outer substrate 11 in the same direction, and the locking protrusions 14b 1 protrude downward from the inner and outer substrate 11 in a columnar shape. The battery branch set 2 includes a battery (installed inside, not shown in the figure), a battery 22 placed in the valley and installed in the accommodation groove, and a casing 22 that can be removed in one direction 30 and moved toward ^ Γ 13 , And—the joint plate 23 from the outer edge of the outer edge of the casing 22 is flat. The front edge of the coupling plate 23 protrudes downward to form a first rail 231 for slidably coupling with the side disassembling mechanism 3. The detaching mechanism 3 includes a mouth 3 which is screwed with the binding plate 23 of the battery module 2 and a mouthpiece 3, which can be relatively translationally combined with the fixing rod 3, and covers the groove 13 in a generally sigmoid shape. A trigger plate 32 for the user to apply force to move, two limiting pieces 33 protruding horizontally from the same vertical side surface of the trigger plate 32, and one end of the fixing plate 31 and the trigger Plate 32-like elastic element 3 /. In the example, the varistor element 34 is a constant-pull puller provided by the trigger plate M. The trigger plate 32 is recessed near the bottom edge of the bend, and forms a platform 320 on the inside. The fixing rod 31 is sandwiched below the tilt-restricting 33 and abuts on the platform 320 of the plate moving plate 'and has a second rail 3 protruding upward. Each of the limiting blocks 33 has a recessed shape 331 and a second sliding groove 332 from the upper surface and the lower surface thereof, respectively. The first chute 331 is provided for the above-mentioned coupling plate 23 < the first rail 231 to be embedded correspondingly, and the second slide 4 疋 7. The second rail 311 # of the above-mentioned solid talent 31 should be embedded. By this, 20 200532967 is translated relative to the fixed rod 31 and the battery module 2 within a preset limit. With reference to FIG. 3, the inner side of the trigger plate 32 projects in the same direction with four locking hooks 32ia ~ 32id corresponding to the four locking latch blocks 14a ~ 14d, respectively, to prevent the side removal mechanism 3 together with the battery mold. Group 2 leaves base i. As shown in Figure ^ > when the trigger plate 32 is translated relative to the fixing rod 31 toward the vertical side removal direction 30 and the base 1 is protruded outward, the four locking hooks 321 & 321 (1 and the corresponding lock respectively The projections 14 & 144 simultaneously release the card-like shape, and the outer protruding portion of the parallel plate moving plate 32 is for the user to pull out 30 in the direction of side removal, thereby removing the battery module 2 for replacement. A plurality of friction protrusions are protruded on the outer surface of the trigger plate 32 to increase the friction force of Γ1 to help the user apply the force to resist the elastic force (not shown in the figure due to the angle of view). 15 20 From above It can be known that the user only needs to apply force to the trigger plate 32 of the side-removing mechanism 3 and push it in the vertical side-removing direction 30. The trigger plate 32 is translated relative to the battery mold 2 and partially protrudes from the base. Apply force to the inner side of the protruding part of the trigger plate 32, and pull out 3G in the side removal direction, and the battery module 2 will be pulled out accordingly. Conversely, when you want to assemble the battery module 2, you only need to remove it in the opposite direction. 30 into the accommodating slot, and also push the trigger plate 32 slightly inward and press it inward, so that the The locking hooks 321a to 321d and the locking projections 14a to 14d of the base 1 correspond to the embedded cards, which can be fixedly assembled. In summary, the electronic device with a side detachable electronic module of the present invention uses a slide groove and a rail to match The design of the tension spring that assists in resetting not only makes the removal and removal of the electronic mold 7 200532967 group unnecessary and easy to operate, but also locks the electronic module with the base 1 without being accidentally touched during normal use. Therefore, It can indeed achieve the purpose of convenience and safety. However, the above are only the preferred embodiments of the present invention, and the scope of implementation of the present invention can not be limited by this, that is, the scope of patent application and invention according to the present invention. The simple equivalent changes and modifications made in the description should still fall within the scope of the patent of the present invention. [Simplified illustration of the figure] Figure 1 is a three-dimensional exploded view of the electricity of the present invention with a side-detachable electronic module. 1 Jiaguan FIG. 2 is a schematic plan view of the embodiment, illustrating a state in which a battery module group is erected in a base; FIG. 3 is a dish-to-dish direction view of FIG. 2; FIG. 4 is a view similar to FIG. Description of the battery The state of the module releasing the latch 15; and FIG. 5 is a schematic plan view of the battery module being pulled out in this embodiment. 200532967 The main components of the drawing are represented by the symbols.] 1 Base 11 Base 13 Notch 14a ~ 14d Block 2 Battery module 22 Housing 23 Binding plate 231 First strip 3 Side removal mechanism 30 Side removal direction 31 Fixing rod 311 Second strip 32 Trigger plate 321 a ~ 321 d Lock hook 33 Limit block 331 No. One chute 332, second chute 34, elastic element