200945995 九、發明說明： 【發明所屬之技術領域】 且有關於—種折疊式電子裝置，特別是關於一種 具有扣合7L件之折疊式電子裝置。 【先前技術】 盘製科f與仃動科技的發展，筆記型電腦的規格 型;斷地r。與-般桌上型電腦相較，筆記 此、、肖費二答里輕積小且具備高度可攜性的優點’因 此賴者對筆記型電腦的需求日益增加。 所示請知筆記型電腦的示意圖。如圖 部12係與*一絲 本體11及一顯示部12。顯示 於本體轉動、11樞接’因此顯示部12可相對 m 調整角度並貼合於本體U上。其中，顯 Ο 面，貼本體11上係指顯示部12具有螢幕121的^* 、/ ;本體11具有鍵盤111的一面。 當顯示部12貼合於本體u上時， 件將顯示部12蛊太驴n门〜 舨而要扣合兀 螢慕仙盥^、本疋’用以保護筆記型電腦1的 置於本體ϊι — U上的鍵盤111。在本實施例中’係以設 使本體11盘=兩卡勾112扣合於顯示部12的卡槽122， 可閉合固定。而欲打開筆記型電腦 内部的動本體11上的滑紐113，使其帶動本體U 勾112于（圖中未顯示)及連接於該連動推桿的兩卡 早11移動，使卡勾112脫離扣合於卡槽122的狀 6 200945995 態 雖然筆記型電腦的扣合結構已有許多不同的設計，但 仍有不少創新的空間，可讓使用者能更方便地操作。— 【發明内容】 Φ ❿ 本發明之一目的係在於應用一種按壓式的扣合元件於 折疊式電子裝置上。當折疊式電子裝置蓋合時，扣合元件 =卡勾會贿4錢子裝置的兩本體扣合固定；當^用者 按壓扣合元件之按辦，料驅使卡勾_，使折兩 子襄置脫離被卡勾扣合的狀態。 " 本發明提供—翻疊对子裝置，至少包括—第一本 體、-第二本體、一按鍵、一連動推桿及—卡勾。 第-本體具有一上蓋與一底座，且上蓋具有一開孔。 她，：偷撕於第一本 應的卡槽/、弟本體’且第二本體具有—與開孔相對 於第胁第一本體，且具有一第一斜面結構及突出 」本體之-按㈣。軸推桿設置於第—本體内，且 、動推桿之-端具有接敏對應於第—斜祕構之一第二 斜面結構’按壓按壓部時，第一 構，使連動推桿橫向移動才/耻结構推動弟二斜面結 卡勾係連動於連動推桿。上述卡勾突蚊附 1 槽隨著連動推捍横向移動而連動，藉此使卡勾脫 離扣合於卡槽的狀態。 7 200945995 本發明提供-種扣合元件，適用於一摺 置。摺豐式電子裝置包括-第—本 —子裝 第—本體具有—上蓋及—底座射 ^體^卜賴，精目物:娜 述體具有與開孔相對應的—卡槽，上 牛係〇括-按鍵、-連動推捍及—卡勾。 出於第鍵^置於第—本體，且具有—第—斜面結構及突 印於弟—本體之一按壓部。 籲 連動推桿係設置於第一本體内，連動推桿之 屢^對^於弟—斜面結構之—第二斜面結構。當按虔按 斜面結構將推動第二斜面結構，使連動推桿 且~τ2連動於連動推捍。卡勾突出於開孔以扣合卡槽， 桿橫向移動而移動，藉此使卡勾脫離扣合 Ο 稱地施例令，扣合元件係為一對稱機構，分別對 兩侧。當使用者按麈按鍵之漏部時， 二兩邊的連動推捍分別向相反的兩方向移動，並連動 兩卡勾，使兩卡勾分別向相反的方向轉動。 連動 ;本發仅優點與精神，以及更詳細的實施方式可 藉由以下的實施方式以及所附圖式得到進-步的瞭解。 【實施方式】 有關本發明之前述及其他技獅容、餘與功效，在 8 200945995 參考圖式之—較佳實施例的詳細說明中，將可清 =的壬現。以下實施例中所提到的方向用語，例如：上、 前，等’僅是參考附加圖式的方向。因此， 、向用知用來綱並_來_]本發明。 入元照圖二、圖三及圖四，其係分別為本發明扣 I元件時Γ合示4岐摺疊式電子裝置應用此扣 二3甘 輪狀態。關於本發明扣合元件之 Φ 敘述係以其應用於一摺疊式電子褒置來說明。 -太^所示’本發明之摺4式電子裝置，至少包括-第 一卡勾25本體3G、—按鍵23、—連動轉24及 第一本體20具有一上蓋21及 具有一開孔211。第二未矽如" 且上盍21 mrw,第一本體3〇枢接於第—本體20，使得第 2^且笛Γ 第一本體2〇轉動至貼合於第一本體 ，本體30具有—與開孔211相對應的卡槽31。 構23=二置於第一本體2〇内，且具有-第-斜面結 構232及透過一開口 224突出於第 部231。在較佳會施彻由仏，个蔽仰W遭之按壓 射)的第-斜面結細。鍵23係具有兩個相對稱(鏡 如圖所示，按鍵23 f且女、告 則具有-凸台221，用以V引結構233’而底座22 233為兩並狀f胖構=結構挪。由於導引結構 故藉由導引凸台221上的-凸部， 導按鍵23縱向移動，且心^凸部的位置關係，可引 制知鍵23向前縱向移動的距離。 9 200945995 另外，為了限制按鍵23向後縱向移動的距離，按鍵 23更具有一凸緣234,位於按壓部231與第一斜面結構烈2 之間，可用以抵了頁於第一本體2〇之内側面。其中，此凸緣 234可刀別形成於按鍵23的兩侧，或者可環繞整個按鍵23 之周緣。 連動推桿24設置於第一本體2〇内，且連動推桿％ 之一端具有鋪且對應於第—斜面結構微之—第 結構241。 ” 所示底座22包括複數個横向排列，且且凹口 Γΐΐί 222，可用以支撐連動推桿24，且連動推桿24 3放=位結構222之凹口内，以拘束連動推桿Μ橫向 222^其他實施例中，亦可僅利用—個限位結構 之厚度 旱24，惟此限位結構222具有横向延伸 =，本發明之扣合元件更包括— 24 J - 二22 ，抵頂彈性 詳細地說，此彈性元件242係為—彈 於連動推桿24之一尾端243。連動推桿2: ?、套設 架設於抵止結構223上，當連動推桿 係 尾端243可在抵止結構挪上的=輪向移動時， 則被抵止結構223所抵頂，以提供—驅使彈簧嫩 横向移動的回復力。 便連動推捍24向内 200945995 ..9Q 田使用者向前按壓按鍵23之按壓 鍵23之第—斜面結構時，技 結構241，使連動拖炉9A 連動推杯24之第二斜面 便遷動推才干24向外橫向移動，並 端受到連動推捍24與抵止結_ _。^:= 者不按顯鍵23之按塵部231時，擠9fQ接著’當使用 ,λ , 心】時彈貝' 242的回復力债驅 桿24向内横向移動回原位， 社 _推動第一斜面結構微，使按鍵200945995 IX. INSTRUCTIONS: [Technical field to which the invention pertains] There is also a folding electronic device, and more particularly to a folding electronic device having a snap-fit 7L member. [Prior Art] The development of the disk system f and the technology, the specification of the notebook computer; Compared with the general-purpose desktop computer, the notes, the short fee and the high portability of the two are the same. Therefore, the demand for notebook computers is increasing. A schematic diagram of the notebook computer is shown. The figure 12 is a pair of a wire body 11 and a display portion 12. Displayed on the body rotation, 11 pivoted so that the display portion 12 can be angled relative to m and attached to the body U. Wherein, the display body 11 indicates that the display unit 12 has the screen 121 and the body 11 has one side of the keyboard 111. When the display portion 12 is attached to the main body u, the display unit 12 is too 驴 n 〜 舨 舨 舨 要 兀 兀 兀 、 、 、 、 、 、 、 、 、 、 、 用以 用以 用以 用以 用以 用以 用以 用以 用以 用以 保护 保护— Keyboard 111 on U. In the present embodiment, the card slot 122 is provided such that the body 11 disk = the two hooks 112 are fastened to the display portion 12, and can be closed and fixed. And the slider 113 on the moving body 11 inside the notebook computer is opened, so that the main body U hook 112 is driven (not shown) and the two cards connected to the interlocking push rod are moved 11 to move the hook 112 off. The state of the card slot 122 is fastened. Although the snap-fit structure of the notebook computer has many different designs, there are still many innovative spaces for the user to operate more conveniently. SUMMARY OF THE INVENTION Φ ❿ One of the objects of the present invention is to apply a push-type fastening component to a folding electronic device. When the folding electronic device is closed, the fastening component=the hook hooks the two bodies of the money device to be fastened; when the user presses the fastening component, the material drives the hook _, and the two hooks are folded. The device is disengaged from the hooked state. " The present invention provides a flip-pair sub-device comprising at least a first body, a second body, a button, a linked pusher and a hook. The first body has an upper cover and a base, and the upper cover has an opening. She: stealing the first card slot/body body and the second body has a hole with respect to the first body of the first body and having a first bevel structure and protruding the body-by (4) . The shaft push rod is disposed in the first body, and the end of the movable push rod has a contact sensitivity corresponding to the second oblique structure of the first oblique structure. When the pressing portion is pressed, the first structure causes the interlocking push rod to move laterally The talent/shame structure promotes the two-slope slanting knot hook linkage to the linkage pusher. The above-mentioned hook-and-loop mosquito-attached slot 1 is interlocked as the interlocking pusher moves laterally, thereby releasing the hook from the state of the card slot. 7 200945995 The present invention provides a snap-fit element suitable for use in a fold. The folding-type electronic device includes a -first-sub-packaged body--the body has an upper cover and a base shot body ^bray, and the eye object: the naphus body has a card slot corresponding to the opening hole, and the upper cow system 〇 - button, - linked push and - hook. The first button is placed on the first body, and has a -th bevel structure and a pressing portion of the body-body. The interlocking pusher is arranged in the first body, and the second pusher structure of the strut structure is repeatedly connected to the pusher. When pressing the bevel structure, the second bevel structure will be pushed, so that the push rod is linked and the ~τ2 is linked to the push and push. The hook protrudes from the opening to engage the slot, and the lever moves laterally to move, thereby disengaging the hook from the buckle. The snap-on component is a symmetrical mechanism, respectively facing the two sides. When the user presses the leaking portion of the button, the two sides of the interlocking push are respectively moved in opposite directions, and the two hooks are linked to rotate the two hooks in opposite directions. The present invention has only advantages and spirits, and more detailed embodiments can be further understood by the following embodiments and the drawings. [Embodiment] The foregoing and other lion's capabilities, balances, and efficiencies of the present invention will be clarified in the detailed description of the preferred embodiment of the referenced drawings. The directional terms mentioned in the following embodiments, for example, upper, front, etc., are merely directions referring to the additional drawings. Therefore, the invention is used for the purpose of the invention. According to Figure 2, Figure 3 and Figure 4, respectively, when the I component is buckled in the invention, the folding electronic device is applied to the state of the buckle. The description of the Φ of the fastening element of the present invention is described in its application to a folding electronic device. The electronic device of the folding type 4 of the present invention comprises at least a first hook 25 body 3G, a button 23, a linkage 24 and a first body 20 having an upper cover 21 and an opening 211. The second body is as follows: and the upper body is 21 mrw, the first body 3 is pivotally connected to the first body 20, so that the second body and the first body 2〇 of the snapper are rotated to be attached to the first body, and the body 30 has a card slot 31 corresponding to the opening 211. The structure 23=2 is placed in the first body 2〇, and has a -th-bevel structure 232 and protrudes through the opening 224 from the first portion 231. Preferably, the first bevel is thinned by the slap, and the slanting W is pressed. The key 23 has two relative names (the mirror is as shown in the figure, the button 23 f and the female, the bullet has the - boss 221 for the V-lead structure 233' and the base 22 233 is the two-shaped f fat structure = structure shift Due to the guiding structure, by guiding the convex portion on the boss 221, the guide button 23 is longitudinally moved, and the positional relationship of the convex portion of the core can be used to guide the distance in which the key 23 is moved longitudinally forward. 9 200945995 In order to limit the distance that the button 23 is moved longitudinally backward, the button 23 further has a flange 234 between the pressing portion 231 and the first bevel structure 2, which can be used to abut the inner side of the first body 2〇. The flange 234 can be formed on both sides of the button 23, or can surround the circumference of the entire button 23. The linkage push rod 24 is disposed in the first body 2〇, and one end of the linkage push rod has a paving and corresponds to The first bevel structure is micro-the first structure 241. The base 22 includes a plurality of lateral alignments, and a notch 222, which can be used to support the interlocking push rod 24, and the movable push rod 24 3 is placed in the concave structure of the position structure 222. In the mouth, in the case of restraint, the push rod Μ lateral 222 ^ in other embodiments, or only The thickness of the limiting structure is 24, but the limiting structure 222 has a lateral extension=, and the fastening component of the present invention further includes - 24 J - 22, the top elastic. In detail, the elastic element 242 is - playing on one end 243 of the linkage push rod 24. The linkage push rod 2: ?, the sleeve is erected on the abutting structure 223, when the interlocking push rod end 243 can move on the resisting structure = wheelwise movement At the time, it is abutted against the structure 223 to provide a restoring force for driving the spring to move laterally. Then the pusher 24 is inwardly inward 200945995 ..9Q The field user presses the button 23 of the button 23 forward- In the case of the inclined structure, the technical structure 241 causes the interlocking towing furnace 9A to interlock the second inclined surface of the push cup 24 to move the pusher 24 to move laterally outward, and the end is subjected to the interlocking push and the stop tie _ _. ^:= When the dust-receiving portion 231 of the display key 23 is not pressed, the 9fQ is squeezed and then the 'recovery force of the shell 242' is moved laterally back to the original position when the user uses the λ, heart, and the first bevel structure is pushed. Micro, make the button
實施例中’連動推桿24之第二斜面結構241 Γ辅用以設置一滾輪245於凹槽244中， /f"弟一斜面結構232於第二斜面結構24i上滑移。詳 、，、田地說，本實施例係藉由一插銷施貫穿凹槽244之上、 Γ:]=47245軸，一通孔，並於插鎖246之末端扣 生衣247 ’以固定滾輪245於凹槽244内。 卡勾25係具有-轉軸以樞接於第一本體2〇内。並且， 卡勾=係突出於上蓋21之開孔211以扣合於卡槽31，且In the embodiment, the second bevel structure 241 of the interlocking push rod 24 is used to set a roller 245 in the recess 244, and the /f" dice structure 232 slides on the second bevel structure 24i. In detail, the present embodiment, the embodiment is applied by a pin through the groove 244, Γ:]=47245 shaft, a through hole, and the end of the mortise lock 246 buckles the garment 247 'to fix the roller 245 Inside the groove 244. The hook 25 has a shaft for pivoting into the first body 2〇. Moreover, the hook hook protrudes from the opening 211 of the upper cover 21 to be engaged with the card slot 31, and
=著連動轉24飾移__，觀針自25脫離 扣合於卡槽31的狀態。 卡勾25設置方式之實施例請參照圖二、圖三及圖四。 連動推桿24具有-階梯狀通孔248，且階梯狀通孔⑽之 階梯狀結構係接近具有第二斜面結構241之一端（内側）。 上蓋21内侧具有一第一侧壁212及一第二側壁213， 刀別鄰近開孔211的對向兩侧。一插銷2ΐγ依序貫穿第一 側壁212、卡自25及第二側壁213，並於插銷217之末端 扣上-C型環218,以固定卡勾25於第一及第二侧壁212、 213之間。 11 200945995 部份區段之卡勾25係插置於階梯狀通孔248中。當連 動推桿24向外橫向移動時，卡勾25會受階梯狀通孔248 之階梯狀結構推動，而以插銷217為軸心轉動。 此外，上盍21内側更具有互相並列之一第三側壁幻4 及—播牆215。第三側壁214係垂直於第一側壁212及第 二側壁213的延伸拍，且具有一水平位置高於插鎖217 之通孔彈女216貫穿第三侧壁214之通孔，且彈簧Mg 之兩端分別抵頂於擋牆215及卡勾25。當連動推桿24向 外横向移動，而驅使卡勾25轉動時，彈簧216會受卡勾 25與擋牆215抵頂而壓縮，進而產生一回復力。當卡勾邠 不受P皆梯狀财⑽之階梯狀結舰獅動時，上述回 力會驅使卡勾25轉動回到原位。 在較么實施例中，上述扣合元件係為一對稱機構，且 有兩組連絲桿24及卡勾25•屬構，分珊稱地設置 於按鍵23的兩侧。當使用者按壓按鍵23時，按 的第一斜面結構232會驅動兩邊的連動推 1 的兩方向橫嶋，糊响= The interlocking movement is shifted to the __, and the needle is detached from the state of the card slot 31. For the embodiment of the hook 25 setting method, please refer to FIG. 2, FIG. 3 and FIG. The interlocking push rod 24 has a stepped through hole 248, and the stepped structure of the stepped through hole (10) is close to one end (inner side) of the second inclined surface structure 241. The inner side of the upper cover 21 has a first side wall 212 and a second side wall 213 adjacent to opposite sides of the opening 211. A latch 2ΐγ sequentially penetrates the first sidewall 212, the card from the 25 and the second sidewall 213, and a -C-ring 218 is fastened to the end of the latch 217 to fix the hook 25 to the first and second sidewalls 212, 213. between. 11 200945995 The hooks 25 of the partial sections are inserted into the stepped through holes 248. When the interlocking push rod 24 is moved laterally outward, the hook 25 is pushed by the stepped structure of the stepped through hole 248, and is pivoted about the pin 217. In addition, the inner side of the upper jaw 21 has a third side wall phantom 4 and a wall 215 which are juxtaposed to each other. The third sidewall 214 is perpendicular to the extension of the first sidewall 212 and the second sidewall 213, and has a through hole through which the through hole 216 of the latch 217 penetrates the third sidewall 214, and the spring Mg The two ends are respectively abutted against the retaining wall 215 and the hook 25. When the interlocking push rod 24 is moved laterally outward to drive the hook 25 to rotate, the spring 216 is compressed by the hook 25 against the retaining wall 215 to generate a restoring force. When the card is not swayed by the stepped knot lion of the P-shaped ladder (10), the above-mentioned return force will drive the hook 25 to rotate back to the original position. In the embodiment, the fastening component is a symmetrical mechanism, and there are two sets of the connecting rod 24 and the hook 25• genre, which are disposed on both sides of the button 23. When the user presses the button 23, the first bevel structure 232 is pressed to drive the two directions of the two sides of the interlocking push 1
向相反的方向轉動 請參照圖四，其係為本發明摺疊式電子 扣合元件之卡勾25扣合於卡槽31之示音。 二 舍坌-太§* ms日μ人 心、圖。如圖所示， 田弟一本體30轉動至貼合於第一本體2〇時 25將分別扣合於械_切以，* ' 勾25與擋牆215的彈簧，將提供一回復力至於卡 卡勾25更加穩固的扣合於卡槽31，，使 置的蓋合狀態。 以心式電子裝 12 200945995 請同時參照圖五’其係為撼扣合元 卡勾25脫離扣合於卡_31 立 按鍵23,使 者欲打n: 如圖所示，當使用 時，只需観按鍵23，按鍵23 ^弟斜面結構232便向前推動兩連動推桿24的第二 斜面結構241。此時，由於兩斜面結構232、241的抵 == 立= 細的拘束，兩連動推桿24係分别向外横向 f動隹使卡勾25受階梯狀通孔248之階梯狀結構推動而轉 離扣合於卡槽31的狀態’使用者便可順利地打 開摺璺式電子裝置。 然後，當使用者不再按塵按鍵23時，兩彈簧2犯之回 復力便會分卿_連_桿24 _横_動，並推動按 鍵23回到原位。此時’卡勾25不再受階梯狀通孔桃之 P皆梯狀結構抵頂，彈簧216之回復力便驅使卡勾 到原位。Turning in the opposite direction Referring to Figure 4, the hook 25 of the folding electronic fastening component of the present invention is engaged with the sound of the card slot 31.二舍坌-太§* ms日μ人心,图. As shown in the figure, when the body of the Tiandi is rotated to fit the first body 2, 25 will be respectively fastened to the spring, and the spring of the 'hook 25 and the retaining wall 215 will provide a restoring force to the card. The hook 25 is more firmly fastened to the card slot 31, and is placed in a closed state. Heart-shaped electronic equipment 12 200945995 Please also refer to Figure 5's. The system is the 撼 buckle unit card hook 25 detached from the card _31 立 button 23, the player wants to play n: as shown, when used, only The 観 button 23, the button 23, the slanting structure 232 pushes the second slant structure 241 of the two linked push rods 24 forward. At this time, due to the restraint of the two inclined surface structures 232 and 241, the two interlocking push rods 24 are respectively moved outwardly and horizontally, so that the hooks 25 are pushed by the stepped structure of the stepped through holes 248. In the state of being engaged with the card slot 31, the user can smoothly open the folding electronic device. Then, when the user no longer presses the dust button 23, the resilience of the two springs 2 will be split, and the push button 23 will be pushed back to the original position. At this time, the hook 25 is no longer subjected to the stepped through-hole peach P-shaped ladder structure, and the restoring force of the spring 216 drives the hook to the original position.
請參照圖六，其係為卡勾25設置方式之另—實施例。 如圖所示，卡勾25係固定設置或結合於連動推桿24上， 且隨著連動轉24移_飾，神卡自25雜連動推 桿24同向移動。當碰按鍵23時，兩連動推桿％便分別 向兩側橫向移動，兩卡勾25亦分別跟著向兩側橫向移動。 但值得注岐’本實_之卡⑽與卡自25所配合的 卡槽31與前述實施例之結構方向相反。 綜上所述’本發明提供了一種與習知技術不同的扣合 元件’且可有效地應用於各種摺疊式電子裴置(例如：筆記 型電腦或手機）。當折疊式電子裝置蓋合時，扣合元件之卡 勾會自動將折4式電子裝置的兩本體扣合蚊；#使用者 13 200945995 合元件之按鍵時’即可驅使卡_動(移動），使折 ^式笔子裝置脫離被卡勾扣合的狀態，整體的操作相當簡 本發日腾啸佳實例_如上，離並翻以限定本 j精神與刺實體僅止於上述實 t It _本發觀精神與細崎作之修改， 句應包含在下述之申請專利範圍内。 【圖式簡單說明】 藉由以下詳細之描述結合所附 上述内谷及此項發明之諸多優點 圖一係為習 圖二 〇 圖 圖示，將可輕易的了解 其中： 头具有扣合元件之筆記型電腦示意圖； 係為本發明扣合元件之分解圖； 係為本發册合元件之示意圖； •圖四_轉灿合树之卡勾扣合时槽之示意 圖 ❹ 圖五係為按壓扣合开^生 槽之示意H及 件级觀卡自麟扣合於卡 圖六係為本發明另—眚 乃實施例之扣合元件示意圖。 14 200945995Please refer to FIG. 6 , which is another embodiment of the manner in which the hook 25 is set. As shown in the figure, the hooks 25 are fixedly disposed or coupled to the interlocking push rods 24, and as the interlocking movements 24 are moved, the god cards are moved in the same direction from the 25-heavy interlocking push rods 24. When the button 23 is touched, the two linked push rods are moved laterally to the sides, and the two hooks 25 are also moved laterally to the sides. However, it is worthwhile to note that the card slot 31 of the present card (10) and the card slot 31 matched with the card are opposite to the structure of the foregoing embodiment. As described above, the present invention provides a fastening member different from the prior art and can be effectively applied to various folding electronic devices (for example, a notebook computer or a mobile phone). When the folding electronic device is closed, the hook of the fastening component automatically buckles the two bodies of the folding type electronic device; #用户13 200945995 When the component is pressed, the card can be driven to move (move) , the folding type pen device is detached from the state of being hooked, the overall operation is quite simple, and the example of the tsunami is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The spirit of the spirit and the revision of the succinct, the sentence should be included in the scope of the patent application below. BRIEF DESCRIPTION OF THE DRAWINGS The following detailed description, in conjunction with the advantages of the above-mentioned inner valley and the advantages of the invention, will be readily understood by the following drawings: A schematic diagram of a notebook computer; an exploded view of the fastening component of the present invention; a schematic diagram of the components of the hairpin; The schematic diagram of the opening and closing of the slot and the card-level viewing card are the schematic diagrams of the fastening components of the embodiment of the invention. 14 200945995
【主要元件符號說明】 1 :筆記型電腦 111 :鍵盤 113 :滑鈕 121 :螢幕 20 :第一本體 211 :開孔 213 :第二侧壁 215 :擋牆 217 :插銷 22 :底座 222 :限位結構 224 :開口 231 :按壓部 233 :導引結構 24 :連動推桿 242 :彈性元件（彈簧) 244 :凹槽 246 :插銷 248 :階梯狀通孔 30 :第二本體 11 :本體 112 :卡勾 12 :顯示部 122 :卡槽 21 :上蓋 212 :第一侧壁 214 :第三侧壁 216 :彈簧 218 : C型環 221 :凸台 223 :抵止結構 23 .按鍵 232 :第一斜面結構 234 :凸緣 241 :第二斜面結構 243 :尾端 245 :滚輪 247 : C型環 25 :卡勾 15[Main component symbol description] 1 : Notebook computer 111 : Keyboard 113 : Slide button 121 : Screen 20 : First body 211 : Opening 213 : Second side wall 215 : Retaining wall 217 : Bolt 22 : Base 222 : Limit Structure 224: opening 231: pressing portion 233: guiding structure 24: interlocking push rod 242: elastic member (spring) 244: groove 246: plug 248: stepped through hole 30: second body 11: body 112: hook 12: display portion 122: card slot 21: upper cover 212: first side wall 214: third side wall 216: spring 218: C-ring 221: boss 223: resisting structure 23. button 232: first bevel structure 234 : Flange 241 : Second bevel structure 243 : Tail end 245 : Roller 247 : C-ring 25 : Hook 15