200936013 •九、發明說明： -【發明所屬之技術領域】 本發明涉及一種翻蓋型電子裝置外殼。 【先前技術】 筆記型電腦由於體積小、重量輕而被廣泛使用。通 常，筆記型電腦包括上蓋及底座，上蓋一般設置有顯示裝 置，底座一般設置有電路板等電子元件。筆記型電腦在處 於非工作狀態時候，上蓋與底座通常係鎖合於一塊。而筆 記型電腦在處於工作狀態時候，上蓋與底座通常保持相對 開啟狀態。故，筆記型電腦之上蓋與底座通常需要具有較 易開啟與鎖合之功能。 請參見圖1與圖2,筆記型電腦外殼1〇通常包括底造 11、上蓋12、滑扭13、卡鉤14以及頂持彈簧15。底座1: 邊緣設置有一卡槽111。上蓋12邊緣開設有一矩形槽孔12] 及鄰近該矩形槽孔121之抵持面123。滑扭13為一設置於 ❹矩形槽孔121之矩形塊體，其可沿矩形槽孔121平行底座 11之侧邊左右滑動，以供使用者扳動操作。卡鉤u可與 卡槽hi相配合，其固設於滑扭13，且可隨滑扭13左= 滑動。頂持彈簧U -端抵持抵持面m，另—端抵持卡釣 丄4側邊，以將卡鉤14及滑扭13保持於矩形槽孔ΐ2ι左側。 上述筆記型電腦外殼中，開啟上蓋12時，需要向 扳動滑扭η方可開啟上蓋12。而筆記型電腦通常體積較 小，故’包括滑扭13在内之零部件亦需滿足體積小之 求。而體積較小之滑扭13設置於上蓋12時，使用者手护 200936013 ‘接觸滑扭13之面積相對 •對滑扭Π施加水平向 ^再加上向右扳動滑扭13係 扭13 π + α 作用力，經常存在手指於滑 杻1*3表面打滑之情汉 ^ 使用中較為不便，從而導致上甚 12較難開啟。 〇个從攸句V致上盍 【發明内容】 鑒於上述内容 子裝置外殼。 有必要提供一種較易開啟之翻蓋型電 古：二 連桿及至少一彈性體。該第-殼體設置 ^弟 合部。扳動體、卡合體、連桿及該至少一彈性體 設^於第二殼體，且該扳動體與卡合體可分別沿第一方向 與第一方向在復滑動。該卡合體包括與第一卡合部相配合 之第一卡合部。該至少—彈性體使該板動體與卡合體之至 八、中之於又力/㈣時具有往回滑動之趨勢。該連桿連 接該扳動體與卡合體且使該扳動體於受力滑動時帶動連桿 ❹驅動該卡合體滑動。 上述翻蓋型電子裝置外殼中，扳動扳動體，扳動體相 對第二殼體滑動’進而驅使連桿推頂卡合體，使卡合體朝 遠離扳動體之方向滑動，從而使第一卡合部與第二卡合部 之分離，即可開啟上蓋。而扳動扳動體係向扳動體施加基 本垂直於扳動體側邊之作用力，較少存在手指於扳動體上 打滑之情況’因而較易開啟第一殼體。 【實施方式】 下面將結合附圖及實施例對翻蓋型電子裝置外殼做 8 200936013 ' 進一步詳細說明。本發明之翻蓋型電子裝置外殼適用於筆 .記型電腦、手機、播放器等電子裝置，以下以筆記型電腦 之外殼為例進行說明。 請參見圖3與圖4，所示為本發明較佳實施例一之筆 記型電腦外殼20。筆記型電腦外殼20包括一上蓋21、一 底座22、一扳動體23、兩卡合體24、兩連桿25、一第一 彈性體26及兩第二彈性體27。上蓋21形成有第一卡合部 211，該第一卡合部211為卡鉤。 ^ 底座22包括一底板221及由底板221向同一側延伸 之複數側壁223。其中一側壁223開設有一方形開口 2231。 該底板221形成有分別位於開口 2231兩側之兩“L”型肋 板2211，該兩“L”型肋板2211相對且與側壁223共同圍 成第一滑動部225，該第一滑動部225為滑槽，這樣，扳 動體23可直接放置於第一滑動部225之滑槽内並可相對底 座22之侧壁223朝靠近或遠離底板221之方向滑動。且， ❹第一滑動部225之兩側各形成有一第二滑動部227，兩第 二滑動部227相對於第一滑動部225對稱設置且均與第一 滑動部225相隔一定距離。本實施例中，第二滑動部227 係由形成於底板221之“L”型肋板2213、形成於側壁223 之長條形肋塊2235與底板221共同圍成之滑槽。這樣，卡 合體24可直接放置於第二滑動部227之滑槽内並可相對底 座22之底板221朝靠近或遠離扳動體23之方向滑動。 上述第一滑動部225與第二滑動部227均設置為滑 槽，扳動體23與卡合體24可直接從對應之滑槽取下。故， 200936013 •該結構具有組裝與拆卸方便之優點。可以理解，還可於扳 . 動體23與卡合體24上開設通孔，將第一滑動部及第二滑 動部設置為與該通孔相對應之導位柱，這樣，扳動體23 與卡合體24可分別沿導位柱滑動。 扳動體23可滑動地固設於第一滑動部225，其包括一 基體231及一扳動部233。基體231為方塊狀，中央開設 有與扳動部233相配合之方形槽2311。基體231開設方形 槽2311之其中一側面之左上角與右上角均形成有用於固 V定連桿25之圓柱形凸起2313而另一側面形成有用於固定 扳動部233之四卡鉤2315。扳動部233由扳動凸起2331 與位於扳動凸起2331 —端之擋塊2333組合而成。扳動凸 起2331可穿過基體231之方形槽2311，而擋塊2333内側 面抵持基體231。且，檔塊2333還形成有用以固定第一彈 性體26之圓柱形凸起2335。可以理解，基體231與扳動 部233亦可設置為一體成型結構。 Q 卡合體24可滑動地固設於第二滑動部227，其為方塊 狀。卡合體24形成有用於固定連桿25之圓柱形凸起241 及用以與第一卡合部211相配合之第二卡合部243，該第 一卡合部211為卡鉤。另，該卡合體24還形成有用以固定 第二彈性體27之圓柱形凸起245。 連桿25為長條形，其沿長度方向之兩端分別形成有 樞轉孔251、253,用以分別與扳動體23之圓柱形凸起2313 及卡合體24之圓柱形凸起241相配合。 第一彈性體26為彈簧，其簧圈一端固定於扳動體23 10 200936013 * .之圓柱形凸起2335而另一端抵持底板211。可以理解，底 .板211還可設置為如凸起或凹槽等結構以作為具有較好頂 持效果之彈力作用部。 第二彈性體27為彈簧，其簧圈固定於卡合體24之圓 柱形凸起245而另一端抵持肋板2213。可以理解，肋板2213 還可設置如凸起或凹槽等結構以作為具有較好頂持效果之 彈力作用部。 請參見圖5,組裝時，兩第二彈性體27之簧圈一端分 ®別固定於兩卡合體24之圓柱形凸起245。兩卡合體24分 別卡合於兩第二滑動部227之滑槽内，兩第二彈性體27 之另一端分別抵持肋板2213且卡合體24形成有第二卡合 部243之其中一側抵持長條形肋塊2235内側，從而使兩卡 合體24可滑動地卡合於第二滑動部227之滑槽内。兩連桿 25之樞轉孔253分別套設於兩卡合體24之圓柱形凸起 241。基體231可滑動地卡合於第一滑動部225之滑槽内， ^且方形槽2311中心與開口 2231中心基本對齊。兩連桿25 之樞轉孔251分別套設於基體231之兩圓柱形凸起2313， 扳動部233之扳動凸起2331穿過扳動體23之方形槽 2311，部分扳動凸起2331暴露於底座22外，且四卡鉤2315 之内侧面卡持扳動部233之擋塊2333以將扳動部233固定 於基體231。這樣，基體231與扳動部233均被可滑動地 卡合於第一滑動部225之滑槽内。然後，第一彈性體26 之簧圈固定於扳動部233之圓柱形凸起2335而另一端抵持 底板211，即完成組裝。這樣，扳動體23與卡合體24分 11 200936013 別和連桿25形成可轉動連接。於第—彈性體 扳動體23於受力㈣時具有往回滑動之 乍_用^’ 體27之作用下，卡入羿於第一彈性 (H二二： 力滑動時具有朝扳動體23 I開口 2231 )滑動之趨勢。 ―請參見圖6與圖7,上蓋21與胸相互 ， 弟一彈性體26推頂扳動體23,使扳 。 1尺议苟餒23位於開口 2231 Ο :士-侧’連桿25向卡合體24施加一斜向上之拉 :=24只能與底座22發生相對滑動，則卡合體24 :連杯25之拉力下朝向扳動體23之方向滑動，從而使得 弟-卡合部211之卡合面緊密抵持第二卡合部243之卡合 =將底座22鎖固於上蓋21。這樣，底座22不會被隨^、 開啟’具有較好之穩定性能。 當需要開啟上蓋21時，扳動扳動體23，扳動體Μ 沿第一方向X (豐直方向）朝底板221滑動，進而使連桿 向卡ό體24把加一斜向下之推力，由於卡合體％只能 ❹與底座22發生下相對滑動，則卡合體24於連桿25之推力 下β第一方向γ (水準方向）朝遠離扳動體Μ之一側滑 動，從而使得第一卡合部211之卡合面從第二卡合部243 ^卡合面退出，即卡合體24之第二卡合部243從第一卡合 邛211分離，即可開啟上蓋21。且，扳動體23相對底座 22側壁223滑動過程中’第一彈性體％受到扳動體23與 底板221之作用而發生形變’第一彈性體26對扳動體23 施加一反作用力’進而使扳動體23於第一彈性體26之反 作用力下具有往回滑動之趨勢。當上蓋21開啟後，施加於 12 200936013 扳動體23之力撤銷，處於形 么触^ ^ 〜支狀態之第一彈性體26對扳 動體2以加-作用力使扳動體叫主回滑動至起始狀離。 由於卡合體24為兩個，且對稱設置於扳 ： 側’按壓扳動體23時，雨]康庐门技丄 ^人 于兩連杯25同時向扳動體23之兩側 之卡&體24施力，避免按層；搞裔士 ^ i 您光钕壓扳動體23時，扳動體23兩側200936013 • Nine, invention description: - [Technical field to which the invention pertains] The present invention relates to a flip-type electronic device housing. [Prior Art] A notebook computer is widely used because of its small size and light weight. Generally, the notebook computer includes an upper cover and a base, and the upper cover is generally provided with a display device, and the base is generally provided with electronic components such as a circuit board. When the notebook is in a non-working state, the upper cover and the base are usually locked together. When the notebook computer is in operation, the upper cover and the base are normally kept open. Therefore, the upper cover and the base of the notebook computer usually need to be easily opened and locked. Referring to Figures 1 and 2, the notebook case 1A generally includes a base 11, an upper cover 12, a slip 13 , a hook 14 and a top spring 15 . Base 1: A card slot 111 is provided at the edge. A rectangular slot 12] is defined in the edge of the upper cover 12 and an abutting surface 123 adjacent to the rectangular slot 121. The sliding twist 13 is a rectangular block disposed on the rectangular slot 121, and is slidable along the side of the rectangular slot 121 parallel to the base 11 for the user to operate. The hook u can cooperate with the slot hi, which is fixed to the slip 13 and can slide with the slip 13 left =. The top holding spring U-end abuts against the abutting surface m, and the other end abuts against the side of the catching rod 4 to hold the hook 14 and the sliding twist 13 to the left of the rectangular slot ΐ2ι. In the above-mentioned notebook computer case, when the upper cover 12 is opened, the upper cover 12 can be opened by pulling the sliding torque η. Notebook computers are usually small in size, so parts including the slippery 13 need to be small. When the smaller size of the slip 13 is set on the upper cover 12, the user's hand protection 200936013 'the area of the contact slip 13 is relatively opposite. ・The horizontal direction is applied to the slippery twister ^ plus the rightward pull slip 13 twisted 13 π + α Force, there is often a finger slip on the surface of the slider 1*3. It is inconvenient to use, which makes it difficult to open on the 12th. 〇一攸攸V致上盍 [Summary of the Invention] In view of the above, the sub-device casing. It is necessary to provide a flip-top type that is easier to open: a two-link and at least one elastomer. The first-shell is set to the junction. The triggering body, the engaging body, the connecting rod and the at least one elastic body are disposed on the second housing, and the pulling body and the engaging body are respectively slidable in the first direction and the first direction. The engaging body includes a first engaging portion that cooperates with the first engaging portion. The at least-elastic body has a tendency to slide back toward the back of the plate body and the engaging body at a force/(4). The connecting rod connects the pulling body and the engaging body and drives the connecting rod to drive the engaging body to slide when the pulling body slides under force. In the flip-type electronic device casing, the pulling body is pulled, and the pulling body slides relative to the second casing to drive the connecting rod to push the engaging body, so that the engaging body slides away from the pulling body, thereby making the first card The upper cover can be opened by separating the joint from the second engaging portion. The pulling of the pulling system applies a force substantially perpendicular to the side of the pulling body to the pulling body, and there is less of a situation in which the finger slips on the pulling body. Thus, the first housing is easier to open. [Embodiment] Hereinafter, a clamshell type electronic device casing will be further described in detail with reference to the accompanying drawings and embodiments. The clamshell type electronic device casing of the present invention is suitable for an electronic device such as a pen type computer, a mobile phone, a player, etc., and the following is an example of a case of a notebook computer. Referring to Figures 3 and 4, there is shown a notebook computer casing 20 in accordance with a preferred embodiment of the present invention. The notebook case 20 includes an upper cover 21, a base 22, a trigger body 23, two engaging bodies 24, two links 25, a first elastic body 26 and two second elastic bodies 27. The upper cover 21 is formed with a first engaging portion 211, and the first engaging portion 211 is a hook. ^ The base 22 includes a bottom plate 221 and a plurality of side walls 223 extending from the bottom plate 221 to the same side. One of the side walls 223 defines a square opening 2231. The bottom plate 221 is formed with two "L"-shaped ribs 2211 respectively located at two sides of the opening 2231. The two "L"-shaped ribs 2211 are opposite to each other and surround the side wall 223 to form a first sliding portion 225. The first sliding portion 225 The sliding groove is such that the pulling body 23 can be directly placed in the sliding groove of the first sliding portion 225 and can slide toward or away from the bottom plate 221 with respect to the side wall 223 of the base 22 . Further, a second sliding portion 227 is formed on each side of the first sliding portion 225. The two second sliding portions 227 are symmetrically disposed with respect to the first sliding portion 225 and are spaced apart from the first sliding portion 225 by a certain distance. In the present embodiment, the second sliding portion 227 is a chute formed by the "L"-shaped rib 2213 formed on the bottom plate 221 and the long rib 2235 formed on the side wall 223 and the bottom plate 221. Thus, the engaging body 24 can be placed directly in the sliding groove of the second sliding portion 227 and can slide toward the bottom plate 221 of the bottom seat 22 toward or away from the pulling body 23. The first sliding portion 225 and the second sliding portion 227 are both provided as sliding grooves, and the pulling body 23 and the engaging body 24 can be directly removed from the corresponding sliding grooves. Therefore, 200936013 • This structure has the advantage of easy assembly and disassembly. It can be understood that a through hole may be formed in the movable body 23 and the engaging body 24, and the first sliding portion and the second sliding portion are disposed as a guiding post corresponding to the through hole, so that the pulling body 23 is The engaging bodies 24 are slidable along the guide post, respectively. The trigger body 23 is slidably fixed to the first sliding portion 225, and includes a base 231 and a triggering portion 233. The base body 231 has a square shape, and a square groove 2311 that cooperates with the trigger portion 233 is formed at the center. The base body 231 is formed with a cylindrical projection 2313 for fixing the fixed link 25 at the upper left corner and the upper right corner of one of the side surfaces of the square groove 2311, and a fourth hook 2315 for fixing the pulling portion 233 is formed on the other side. The pulling portion 233 is formed by combining the pulling protrusion 2331 with the stopper 2333 at the end of the pulling protrusion 2331. The pulling projection 2331 can pass through the square groove 2311 of the base 231, and the inner side of the stopper 2333 abuts against the base 231. Also, the stop block 2333 forms a cylindrical projection 2335 for fixing the first elastic body 26. It can be understood that the base 231 and the pulling portion 233 can also be provided as an integrally formed structure. The Q engaging body 24 is slidably fixed to the second sliding portion 227, which is in the shape of a square. The engaging body 24 is formed with a cylindrical projection 241 for fixing the link 25 and a second engaging portion 243 for engaging with the first engaging portion 211, and the first engaging portion 211 is a hook. In addition, the engaging body 24 also forms a cylindrical projection 245 for fixing the second elastic body 27. The connecting rod 25 has an elongated shape, and has pivot holes 251, 253 formed at both ends thereof in the longitudinal direction for respectively corresponding to the cylindrical protrusion 2313 of the pulling body 23 and the cylindrical protrusion 241 of the engaging body 24. Cooperate. The first elastic body 26 is a spring, and one end of the coil is fixed to the cylindrical protrusion 2335 of the pulling body 23 10 200936013 * and the other end abuts the bottom plate 211 . It will be understood that the bottom plate 211 may also be provided as a structure such as a projection or a groove as a resilient action portion having a better holding effect. The second elastic body 27 is a spring whose reed is fixed to the cylindrical projection 245 of the engaging body 24 and the other end abuts against the rib 2213. It can be understood that the rib 2213 can also be provided with a structure such as a projection or a groove as an elastic action portion having a better holding effect. Referring to FIG. 5, at the time of assembly, the ends of the coils of the two second elastic bodies 27 are respectively fixed to the cylindrical protrusions 245 of the two engaging bodies 24. The two engaging bodies 24 are respectively engaged in the sliding grooves of the two second sliding portions 227, and the other ends of the two second elastic bodies 27 respectively abut against the ribs 2213 and the engaging body 24 is formed with one side of the second engaging portions 243. The inner side of the long rib 2235 is abutted, so that the two engaging bodies 24 are slidably engaged in the sliding groove of the second sliding portion 227. The pivot holes 253 of the two links 25 are respectively sleeved on the cylindrical protrusions 241 of the two engaging bodies 24. The base 231 is slidably engaged in the sliding groove of the first sliding portion 225, and the center of the square groove 2311 is substantially aligned with the center of the opening 2231. The pivoting holes 251 of the two connecting rods 25 are respectively sleeved on the two cylindrical protrusions 2313 of the base body 231. The pulling protrusions 2331 of the pulling portion 233 pass through the square groove 2311 of the pulling body 23, and the protruding protrusions 2331 are partially pulled. The inner side of the four hooks 2315 is engaged with the stopper 2333 of the pulling portion 233 to fix the pulling portion 233 to the base 231. Thus, both the base 231 and the pulling portion 233 are slidably engaged with the sliding grooves of the first sliding portion 225. Then, the coil of the first elastic body 26 is fixed to the cylindrical projection 2335 of the pulling portion 233 and the other end abuts against the bottom plate 211, that is, the assembly is completed. Thus, the pulling body 23 and the engaging body 24 are divided into 11 200936013 and form a rotatably connected connection with the connecting rod 25. The first elastic body pulling body 23 has a sliding back when it is subjected to the force (4). Under the action of the body 27, the hook is engaged with the first elastic force (H22: when the force slides, there is a pulling body) 23 I opening 2231) The tendency to slide. ―Please refer to Fig. 6 and Fig. 7, the upper cover 21 and the chest are mutually mutually, and the elastic body 26 pushes the trigger body 23 to make the lever. The 1 ft. 23 is located at the opening 2231 Ο: the s-side 'the connecting rod 25 applies an oblique upward pulling to the engaging body 24: = 24 can only slide relative to the base 22, and the engaging body 24: the pulling force of the connecting cup 25 The lower portion slides in the direction of the pulling body 23, so that the engaging surface of the disc-engaging portion 211 closely abuts against the engaging portion of the second engaging portion 243 = the base 22 is locked to the upper cover 21. Thus, the base 22 will not be able to be turned on and have better stability. When the upper cover 21 needs to be opened, the pulling body 23 is pulled, and the pulling body slid in the first direction X (the straight direction) toward the bottom plate 221, so that the connecting rod pushes the oblique downward thrust to the latch body 24. Since the engagement body % can only slide downward relative to the base 22, the engaging body 24 slides in the first direction γ (leveling direction) of the link 25 toward the side away from the pulling body, thereby making the first The engaging surface of the engaging portion 211 is withdrawn from the engaging portion of the second engaging portion 243, that is, the second engaging portion 243 of the engaging body 24 is separated from the first engaging portion 211, so that the upper cover 21 can be opened. Moreover, during the sliding of the pulling body 23 relative to the side wall 223 of the base 22, the first elastic body % is deformed by the action of the pulling body 23 and the bottom plate 221, and the first elastic body 26 applies a reaction force to the pulling body 23. The pulling body 23 has a tendency to slide back under the reaction force of the first elastic body 26. When the upper cover 21 is opened, the force applied to the 12 200936013 pulling body 23 is revoked, and the first elastic body 26 in the shape of the contact is in the state of the support body 2, and the pulling body 2 is added with a force to cause the pulling body to call the main body. Slide to the starting position. Since the two engaging bodies 24 are two and are symmetrically disposed on the side of the lever: the side 'pressing the pulling body 23, the raining|constraining of the two sides of the cup 25 simultaneously to the sides of the pulling body 23 & Body 24 force, avoid pressing the layer; engage the sage ^ i When you press the pull body 23, pull the body 23 on both sides
受力不均而偏斜。 W 此外，卡合體24於連桿25之推力下沿第二方向朝遠 離扳動體23之一側滑動之過程中， 〇木从丄从❶本 、狂τ乐一彈性體27破壓縮， 虽外力撤銷時’進而使卡合體24於第二彈性體U之反作 用力下具有往回滑動之趨勢。故，第二彈性體27具有使卡 合體24回歸初始位置之功能。 +當需要關閉上蓋21時，直接扳動上蓋21，上蓋Μ 之第-卡合部211之外侧面擠壓第二卡合部⑷，卡合體 24朝遠離扳動體23之一側滑動，此時，第二彈性體”發 生形變；當第二卡合部243外側面繞過第一卡合部2ιι之 ©外側面日寺’第二彈性體27恢復形變而將卡合體Μ朝板動 體23之一側滑動，從而使第二卡合部243卡合於第一卡合 部211。需要強調，上述實施例中，樞轉孔253為長條形， k樣，當閉合上蓋21時，卡合體24之圓柱形凸起可 於樞轉孔253内沿樞轉孔253長度方向朝遠離扳動體23 之方向運動，以使第二卡合部243卡合於第一卡合部211。 可以理解，當第一彈性體26彈性較大且卡合體24之 圓柱形凸起241與扳動體23之圓柱形凸起2313錯開設計 時（即連桿25連接卡合體24與扳動體23時，始終與底板 13 200936013 221保持傾斜狀幻’ ii由第一彈性體％推頂扳動體a， 進而使扳動體23 τ動連桿25以使連桿25驅動卡合體24 運動Jt時第一彈性體27可省略。且，於省略第二彈性體 27之。又3十巾’樞轉孔253可設計為内徑與圓柱形凸起⑷ 之外徑基本相等之圓孔，這樣，於扳.動體23朝遠離底板 221之方向滑動時，連桿25能及時向卡合體24施加作用 卡口體24朝*近扳動體23之方向滑動；於扳動體 =朝罪近底板221之方向滑動時，連桿％能及時向卡合 %加作用力以使卡合體24朝遠離扳動體23之方向滑 可以理解’當第二彈性體27彈性較大且卡合體％之 形凸起241與扳動體23之圓柱形2 時(即連桿25連接卡合體24與扳動 板十 ==斜狀態），藉由第二彈性體打推頂卡合趙=板 ❹ =使卡合體24帶動連桿25錢 ==第一彈性盤2 6可省略。且，於省略第扳： -^«4, „ ®^ ^241 23之方向滑動時，卡合體24朝靠近扳動體 ..^ # 25此及時向扳動體23施加作用为 以使扳動體23朝遠離底板221之方向滑動。作用力 動體===:外殼2〇中’扳動扳動體U，扳 耵底座22之側壁223朝 驅使連桿24#頂卡合體 體-1二動，進而 之方向滑動，使得第—卡合二 14 200936013 ‘合部243之卡合面退出，即可開啟上121。而扳動板動體 ‘ 23係向扳動體23施加一朝向底板221之作用力，且誃作 用力基本垂直於扳動體23側邊，較少存在手指於板㈣ 23上打滑之情況，因而較易開啟上蓋21。 上述第一、第二卡合部211、243均為卡鉤。可以理 解，亦可將第一、第二卡合部211、243之其中一設置為卡 孔，而將另--^合部設置為卡韵。 … 上述第-彈性體26係與卡合體24為分開設計之彈 簧。可以理解，第一彈性體26亦可為與卡合體以一體成 型之彈片等。 只要扳動體23具有 可以理解，開口 2231亦可省略， 暴露於底座22外之部分即可。 可以理解，上述筆記型電腦外殼2〇中，還可將第一 卡合部211設置於底座22’而將扳動體23、卡合體24、 連桿25、第一彈性體26及第二彈性體27設置於上蓋21。 定義底座22為第一殼體而上蓋 23、卡合體24、連桿25、第一 ❹ 21為第二殼體，則扳動體 彈性體26及第二彈性體27 既：設置於第一殼體’亦可設置於第二殼體。同樣，定義 上蓋21為第一殼體而底座22為第二殼體，則扳動體、 卡合體24、連桿25、第一彈性體％及第二彈性體27既可 設置於第一殼體，亦可設置於第二 “上所述，本發明符合發明專利要件，爰依法提出專 利申請。惟，以上所述者僅為本發明之較佳實施方式，本 發明之範圍並不以上述實施方式為限，舉凡熟悉本案技藝 15 200936013 之等效修飾或變化 ，皆 ‘之人士，於援依本案發明精神所作 *應包含於以下之申請專利範圍内。 【圖式簡單說明】 係翻蓋型電子裝置外殼之立 園 圖2係圖1之11部所示之局部放大圖。 圖3係本發明較佳實施例一之翻蓋 立體分解圖。 丁戒置外忒之 體圖圖4係圖3所示翻蓋型電子裝置外殼之另一視覺之立 圖5係圖3所示翻蓋型電子裝置外殼之部分組裝示意 圖0 圖6係圖3所示翻蓋型電子裝置外殼之組裝示意圖。 圖7係圖6所示翻蓋型電子裝置外殼沿νΠ_νπ線之 剖面示意圖。 要元件符號說明】 筆記型電腦外殼 20 上蓋 21 第--^合部 211 底座 22 底板 221 肋板 2211 肋板 2213 側壁 223 開口 2231 肋塊 2235 第一滑動部 225 第二滑動部 227 扳動體 23 基體 231 方形槽 2311 圓柱形凸起 2313 卡鈞 2315 扳動部 233 16 200936013 扳動凸起 2331 撞塊 卡合體 24 圓柱形凸起 第二卡合部 243 圓柱形凸起 連桿 25 樞轉孔 樞轉孔 253 第一彈性體 第二彈性體 27 2333 241 245 251 26The force is uneven and skewed. Further, in the process in which the engaging body 24 slides in the second direction toward the side away from the one side of the pulling body 23 under the thrust of the connecting rod 25, the coffin is broken from the ❶ 、, the τ 乐 一 elastic body 27, although When the external force is removed, the engaging body 24 has a tendency to slide back under the reaction force of the second elastic body U. Therefore, the second elastic body 27 has a function of returning the engaging body 24 to the initial position. When the upper cover 21 needs to be closed, the upper cover 21 is directly pulled, and the outer side of the first engaging portion 211 of the upper cover 挤压 presses the second engaging portion (4), and the engaging body 24 slides away from one side of the pulling body 23, At the same time, the second elastic body "deforms"; when the outer side of the second engaging portion 243 bypasses the outer side of the first engaging portion 2, the second elastic body 27 is restored to deform and the engaging body is slid toward the driving body. One side of the slide 23 is slid so that the second engaging portion 243 is engaged with the first engaging portion 211. It should be emphasized that in the above embodiment, the pivot hole 253 is elongated, k-like, when the upper cover 21 is closed, The cylindrical protrusion of the engaging body 24 is movable in the direction of the pivot hole 253 in the longitudinal direction of the pivot hole 253 away from the pulling body 23 to engage the second engaging portion 243 with the first engaging portion 211. It can be understood that when the first elastic body 26 is elastic and the cylindrical protrusion 241 of the engaging body 24 is offset from the cylindrical protrusion 2313 of the pulling body 23 (ie, the connecting rod 25 is connected to the engaging body 24 and the pulling body 23). At the same time, it always keeps tilting with the bottom plate 13 200936013 221 ' ii ii pushes the pulling body a from the first elastic body %, and thus the pulling body 23 The first elastic body 27 can be omitted when the crank link 25 is caused to drive the engaging body 24 to move Jt. Moreover, the second elastic body 27 is omitted. The third tenth' pivot hole 253 can be designed as an inner diameter. a circular hole substantially equal to the outer diameter of the cylindrical projection (4), so that when the movable body 23 slides away from the bottom plate 221, the connecting rod 25 can apply the action bayonet body 24 toward the engaging body 24 in time. The sliding body 23 slides in the direction of the pulling body 23; when the pulling body=slids toward the sin near the bottom plate 221, the connecting rod % can apply a force to the engaging % in time to slide the engaging body 24 away from the pulling body 23 It is understood that when the second elastic body 27 has a large elasticity and the shape of the engaging body 241 and the cylindrical body 2 of the pulling body 23 (ie, the connecting rod 25 is connected to the engaging body 24 and the pulling plate ten == oblique state), Pushing the top engagement by the second elastic body Zhao = plate ❹ = causing the engaging body 24 to drive the connecting rod 25 money == the first elastic disk 2 6 can be omitted. Moreover, the first plate is omitted: -^«4, „ ® ^ ^241 When sliding in the direction of 23, the engaging body 24 is moved toward the pulling body.. ^ 25 This acts on the pulling body 23 in time to slide the pulling body 23 away from the bottom plate 221 Force action body ===: The outer casing 2 ' 'pulls the pull body U, the side wall 223 of the ram base 22 drives the link 24# top engagement body body-1 to move, and then slides in the direction, so that the first Snapping II 14 200936013 'The engaging surface of the joint 243 is withdrawn, the upper 121 can be opened. The pulling plate moving body '23 applies a force to the pulling body 23 toward the bottom plate 221, and the 誃 force is substantially vertical On the side of the pulling body 23, there is less slippage of the finger on the board (four) 23, so that the upper cover 21 is easier to open. The first and second engaging portions 211 and 243 are hooks. It can be understood that one of the first and second engaging portions 211, 243 can be set as a card hole, and the other portion can be set as a card. The first elastic body 26 and the engaging body 24 are separately designed springs. It can be understood that the first elastic body 26 can also be a spring piece or the like which is integrally formed with the engaging body. As long as the pulling body 23 is understandable, the opening 2231 may be omitted and exposed to the outside of the base 22. It can be understood that, in the above-mentioned notebook computer case 2, the first engaging portion 211 can be disposed on the base 22', and the pulling body 23, the engaging body 24, the connecting rod 25, the first elastic body 26 and the second elastic body can be The body 27 is disposed on the upper cover 21. The base 22 is defined as a first housing, and the upper cover 23, the engaging body 24, the connecting rod 25, and the first cymbal 21 are second housings, and the pulling body elastic body 26 and the second elastic body 27 are both disposed on the first housing. The body ' can also be disposed in the second housing. Similarly, the upper cover 21 is defined as a first housing and the base 22 is a second housing. The trigger body, the engaging body 24, the connecting rod 25, the first elastic body % and the second elastic body 27 can be disposed on the first housing. The invention may also be provided in the second "above, the invention complies with the invention patent requirements, and the patent application is filed according to law. However, the above description is only a preferred embodiment of the invention, and the scope of the invention is not The implementation method is limited to those who are familiar with the equivalent modification or change of the skill 15 200936013 of the present invention. The person who is in the spirit of the invention shall be included in the scope of the following patent application. [Simple description of the drawing] Figure 2 is a partially enlarged view of the flip cover of the preferred embodiment of the present invention. Figure 3 is a perspective view of the outer cover of the preferred embodiment of the present invention. Figure 5 is a schematic view showing the assembly of the flip-type electronic device casing shown in Figure 3. Figure 7 is a schematic view of the flip-type electronic device casing shown in Figure 3. Clamshell type electronics Schematic diagram of the housing along the line νΠ_νπ. Description of the symbol of the component] Notebook case 20 Upper cover 21 First--------------------------- Second sliding portion 227 Pulling body 23 Base body 231 Square groove 2311 Cylindrical protrusion 2313 Cartridge 2315 Pulling portion 233 16 200936013 Pulling protrusion 2331 Impacting block engaging body 24 Cylindrical convex second engaging portion 243 Cylindrical Projection link 25 pivot hole pivot hole 253 first elastic body second elastic body 27 2333 241 245 251 26
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