!3〇7260 九、發明說明： 【發明所屬之技術領域】 特別關於一種 本發明係關於一種電子裝置及其機殼， 具有掀蓋式殼體結構之電子裝置及其機殼。 【先前技術】 心著科技的進步，各種應用 戈土，，ι ☆ J电卞座品也!3〇7260 IX. Description of the Invention: [Technical Field of the Invention] In particular, the present invention relates to an electronic device and a casing thereof, an electronic device having a clamshell structure and a casing thereof. [Prior technology] With the advancement of technology, various applications, Ge Tu,, ι ☆ J electric 卞 seat also
逄动地鲞展，例如手機、筆記型電腦、個人數位助理 (Personal Digital Assistant，PDA )等等。特別是且Indiscriminately, such as mobile phones, notebook computers, personal digital assistants (PDAs), and so on. Especially and
螢幕的電子產品更是熱門商品，而這些具有顯示螢幕的電 子裝置為了要減少所佔空間，大部分都具有折疊式的機殼 結構，如筆記型電腦、掀蓋式手機等等。 A *請參照圖1所示，—種f知之筆記型電腦Μ具有二 機忒11、12 ’且機殼η係樞設於機殼12上。其中機殼u 係設置有-液晶顯示（Liquid Crystal Display，LCD )螢幕 以讓使用者觀看；另—機殼12係設置有主機板、鍵盤等 等以讓使用者操作。當使用者在使用筆記型電腦i時，二 機殼11、12係相互成一約9〇度的角度，當使用者用畢後， 則將機殼11往下與機殼12閉合，藉由卡勾ιη與卡合部 121之相互配合，即可使機殼u、12相互固定。當使 想要再使用筆記型電腦丨時，藉由㈣按鍵112以解除卡 勾111與卡合部121之相互卡合，再將機殼u上掀，即可 開啟並使機殼11、12分離，最後再將機殼n調整至一適 當角度即可開始使用筆記型電腦1。 1307260 然而，在閉合或開啟機殼11、12時，卡勾111與卡合 部121或是按鍵112與機殼11之間會相互撞擊，而產生噪 音，使人不悅，特別是在一些場合，如會議中、圖書館等 等需要安靜的地點，會讓使用者感到不好意思。 因此，如何提供一種電子裝置及其機殼，以避免在閉 合或開啟機殼時發出噪音，實為當前重要課題之一。 【發明内容】 ® 有鑑於上述課題，本發明之目的為提供一種避免在閉 合或開啟機殼時發出噪音之電子裝置及其機殼。 緣是，為達上述目的，依本發明之一種電子裝置包含 一第一本體、一第二本體以及一緩衝元件。第一本體係至 少具有一第一機殼、一卡榫連動結構及一彈性件，卡榫連 動結構係具有至少一卡榫，彈性件之二端係分別與第一機 殼及卡榫連動結構連結；第二本體係至少具有一第二機 • 殼，第二機殼係具有至少--^合部，卡合部係與卡榫配 合，俾使第一機殼與第二機殼互相固定；缓衝元件係設置 於卡榫連動結構與第一機殼或第二機殼之間，卡榫連動結 構係透過緩衝元件間接撞擊第一機殼或第二機殼。 為達上述目的，依本發明之一種機殼包含一第一機 殼、一彈性件、—^榫連動結構、一第二機殼以及一緩衝 元件。其中，卡榫連動結構係具有至少 ^榫，彈性件之 二端係分別與第一機殼及卡榫連動結構連結；第二機殼係 具有至少一卡合部，卡合部係與卡榫配合，俾使第一機殼 1307260 與第二機殼互相固定；緩衝元件係設置於卡榫連動結構與 第一機殼或第二機殼之間，卡榫連動結構透過緩衝元件間 接撞擊第一機殼或第二機殼。 承上所述，因依本發明之一種電子裝置及其機殼，係 將一緩衝元件設置於卡榫連動結構與機殼之間，所以卡榫 連動結構係透過緩衝元件間接撞擊機殼。當緩衝元件設置 於卡榫連動結構時，係由缓衝元件撞擊機殼；當缓衝元件 設置於機殼時，係由卡榫連動結構撞擊缓衝元件，使得緩 ® 衝元件能吸收撞擊力道而避免撞擊所發出之噪音，進而提 升產品使用效能。 【實施方式】 以下將參照相關圖式，說明依本發明較佳實施例之一 種電子裝置及其機殼，其中相同的元件將以相同的參照符 號加以說明。 φ 請參照圖2所示，本發明較佳實施例之一種電子裝置 2係包含一第一本體21、一第二本體22及一樞軸元件23。 其中，第一本體21係具有一第一機殼211，第二本體22 係具有一第二機殼221，且第一機殼211係藉由樞軸元件 23枢設於第二機殼221上，使得第一機殼211可藉由樞軸 元件23相對於第二機殼221旋轉。 在本實施例中，電子裝置2可為一可攜式終端裝置， 在此以筆記型電腦為例，第一本體21上更具有一平面顯 示模組（圖未顯不），其係設置並露出於第一機殼211以 1307260 供使用者觀看，第二本體22更具有—電路板模組（圖未 ''員丁）#係。X置於第二機殼221内，並與平面顯示模組 电(·生連接，以控制平面顯示模組顯示影像。 〇〇此外，第一本體21更具有一卡榫連動結構212及一 彈!生件213 ’且彈性件213之二端係分別與第一機殼叫 及卡榫連動結構212連結。在本實施例中，彈性件犯為 可伸&並產生彈力之元件’例如—壓縮彈簧，藉由彈性 :213之一端固定於第一機殼叫上，另一端固定於卡榫 連，結構212上，卡榫連動結構212便可藉由彈性件213 之彈力而來回移動。 另外，卡榫連動結構212係具有至少一卡榫2i2i，^ 實施例以二個為例，第二機殼221係具有至少一卡合苟 2= ’卡合部22u之數量係與卡棒2⑵配合，故此實摊 =^個為例，且卡合部2211之形狀、尺寸等等亦與 合。因此，當使用者要閉合電子裝置2時， °精：榫2121卡設於卡合部2211 川與第二機殼221互相固定。 于弟機- 本實施例之卡榫連動結構212更具有至少一按鐽邱 期，其係外露於第—機殼211， =第二機殼221時，可藉由按難=2 、•動’以解除卡勾2121與卡合部如 二：Γ! 一機殼211與第二機殼221之相互固定 211往上掀，並使第一機殼211以樞車由 …區袖’且相對於第二機殼221 _至一適當角 1307260 =二按鍵部2122移動之方向係依據卡榫2⑵卡合 广係使按鍵部2122向左移動以解除卡 。卡3 4 22 U之相互卡合為例。 立^3外2實施例之卡棒連動結構212係更具有一連結 =用其係與彈性件213連結。在本實施例令，連結部 23亦用以連結按鍵部2丨22及二個卡榫川卜 欲開啟第—機殼2丨丨及第1、 田使用者 ,,2|?? ^ , 及弟—械级221日^，可H由按壓㈣ ° 亚向左移動，連結部2123便帶動卡勾212 除卡勾2丨2丨與卡合部之相互卡合，進而^ 示弟機忒211與第二機殼221之相互固定。 此外，更重要的是，電子裝置2更具有—緩衝元件％ 糸设置於卡摔連動結構川與第-機殼211或 =之俾使卡榫連動結構212透過緩衝元件㈣二 =二11 二機殼221。緩衝元件24係由-彈性 〜成’於此貫施例係由一高分子彈性材料製成，例如 一天然橡膠、一合成橡膠或一塑膠。 就習知技術而言，當使用者在開啟或閉合第一機嗖 211及第二機殼221時，彈性件213皆會被壓縮或拉伸而 生形又，卡榫連動結構212係依彈性件213之形變而 動，當彈性件213回彈後’卡榫連動結構212便會撞擊 一機殼2U及/或第二機殼22卜而發出擾人的十查噪音。 然而，本實施例藉由將緩衝元件24設置於卡榫連動^ 212與第一機殼21丨或第二機殼22丨之間，以吸收^ 道並使得卡榫連動結構212不直接撞擊第一機殼2ιι或第 10 1307260 如圖2所示，缓衝元件24係設置於連結部^ 彈性件2Π回彈後，連結部助便藉由緩衝元件 : 撞擊第-機殼2H，事實上，係由緩衝元㈣直接撞 —機殼2U，使得緩衝元件24吸收撞擊力道而避免撞 發出之哭音；另外，緩衝元件24亦可設置於與連結部⑽ 相對應之第一機殼211之一部分，如此，當彈性件213回 彈後，連結部2123便撞擊緩衝元件24，使得緩衝 吸收撞擊力道而避免撞擊所發出之噪音。 „。如圖3戶斤示，緩衝元件24亦可設置於卡榫2121，者 ΓΓ牛=回2彈後’卡榫2121便藉由緩衝元件24間接^ 直接撞擊第二機殼221，使係由緩衝元件 道而避免撞擊所發出之噪音使 置於卡合部22H ’如此’當彈性件2i3 二 便撞擊緩衝元件24，使得緩衝元件 免撞擊所發出之噪音。 收扣#力道而避 當彈彈:衝二二24亦可設置於按鍵部助， ^ 按鍵部2丨2 2便由續衝_ y4_ q 接撞擊第-機殼2U，事每卜焱广曰由.每衝兀件24間 第一機殼2U，使得緩二夂，緩衝元件24直接撞擊 所發出之噪音；另 ^收撞擊力道而避免撞擊 -相對應之第-機：:r:二rr置於與按鍵部 213回彈後，按鍵部2122便_刀_’如此，當彈性件 ^^里孑、戍衝το件24，使得緩衝 Ϊ307260 70件24吸收撞擊力道而避免撞擊所發出之噪音。 注意者’本實施例之卡榫連動結構2^僅為舉例， 不irrr明’隨著卡禅連動結構212設計態樣之 24可门 4所設置之地方亦可不同，且緩衝元件 . P 卜本發明之緩衝元件 之形狀及尺寸可視實際需要而改變。 將—緩η二因依本發明之一種電子裝置及其機殼，係 、查&又置於卡榫連動結構與機殼之間，所以卡榫 連動結構係透過緩衝元件間接撞擊;。& 於卡媸士姐± 双。當緩衝元件設置 :卡榫連動結構時，係由緩衝元件撞擊機殼； s又置於機殼時，传由+槐、奎 、、 牛 m 由卡榫連動結構縣緩衝元件，使得緩 卸兀件此吸收撞擊力道而避免 升產品使用效能。^賴毛出之。桑音，進而提 以上=述僅為舉例性’而非為限制性者。任何未脫離 =明之精神與範嘴，㈣其進行之等效修改或變更 應包έ於後附之申請專利範圍中。 二 【圖式簡單說明j 圖1為-種習知之筆記型電腦之一示意圖； 圖2為依據本發明較佳實施 殼之一示意圖，其中緩衝元件係設置於連置及其機 圖3為依據本發明 . 殼之-示意圖，盆中^ ^例之一種電子裝置及其機 圖4為依據柯^ Γ係設置於卡禅；以及 ^明車父佳實施例之一種電子裝置及其機 1307260 殼之一示意圖，其中緩衝元件係設置於按鍵部。Screen electronic products are even more popular, and these electronic devices with display screens have a folding chassis structure, such as a notebook computer, a flip-top phone, etc., in order to reduce the space occupied. A * Please refer to FIG. 1 , the notebook computer Μ has a second casing 11 , 12 ′ and the casing η is pivotally mounted on the casing 12 . The casing u is provided with a liquid crystal display (LCD) screen for the user to view; and the casing 12 is provided with a motherboard, a keyboard, etc. for the user to operate. When the user uses the notebook computer i, the two casings 11 and 12 are at an angle of about 9 degrees to each other. When the user finishes using the notebook, the casing 11 is closed down and the casing 12 is closed by the card. When the hooks and the engaging portions 121 cooperate with each other, the casings u and 12 can be fixed to each other. When the notebook computer is to be used again, the button 112 is used to release the hook 111 and the engaging portion 121, and then the casing u is lifted, and the casing 11 and 12 are opened. Separate and finally adjust the case n to an appropriate angle to start using the notebook 1. 1307260 However, when the casings 11 and 12 are closed or opened, the hook 111 and the engaging portion 121 or the button 112 and the casing 11 may collide with each other, causing noise, which is unpleasant, especially in some occasions. For meetings, libraries, etc., where quiet places are needed, users will feel embarrassed. Therefore, how to provide an electronic device and its casing to avoid noise when closing or opening the casing is one of the current important issues. SUMMARY OF THE INVENTION In view of the above problems, an object of the present invention is to provide an electronic device and a casing thereof that avoid noise when closing or opening a casing. In order to achieve the above object, an electronic device according to the present invention comprises a first body, a second body and a buffering member. The first system has at least a first casing, a latching structure and an elastic member, and the latching linkage has at least one latch, and the two ends of the elastic member are respectively coupled with the first casing and the cassette. The second system has at least one second casing, and the second casing has at least a fitting portion, and the engaging portion is engaged with the latch to fix the first casing and the second casing to each other. The cushioning component is disposed between the latching structure and the first casing or the second casing, and the latching interlocking structure indirectly impacts the first casing or the second casing through the cushioning component. To achieve the above object, a casing according to the present invention comprises a first casing, an elastic member, a linkage structure, a second casing, and a cushioning member. Wherein, the card interlocking structure has at least 榫, and the two ends of the elastic member are respectively coupled with the first casing and the cassette linkage structure; the second casing has at least one engaging portion, the engaging portion and the cassette Cooperating, the first casing 1307260 and the second casing are fixed to each other; the cushioning component is disposed between the latching structure and the first casing or the second casing, and the interlocking structure indirectly impacts the first through the cushioning component Case or second case. As described above, an electronic device and a casing thereof according to the present invention have a cushioning member disposed between the latching structure and the casing, so that the latching interlocking structure indirectly strikes the casing through the cushioning member. When the cushioning component is disposed in the latching structure, the cushioning component hits the casing; when the cushioning component is disposed in the casing, the cushioning structure strikes the cushioning component, so that the cushioning component can absorb the impact force. And avoid the noise generated by the impact, thereby improving the performance of the product. [Embodiment] Hereinafter, an electronic device and a casing thereof according to a preferred embodiment of the present invention will be described with reference to the accompanying drawings, wherein the same elements will be described with the same reference numerals. Referring to FIG. 2, an electronic device 2 according to a preferred embodiment of the present invention includes a first body 21, a second body 22, and a pivot member 23. The first body 21 has a first casing 211, the second body 22 has a second casing 221, and the first casing 211 is pivotally mounted on the second casing 221 by a pivot member 23. The first housing 211 is rotatable relative to the second housing 221 by the pivot member 23. In this embodiment, the electronic device 2 can be a portable terminal device. In the notebook computer, for example, the first body 21 further has a flat display module (not shown). The second body 22 further has a circuit board module (not shown). The X is placed in the second casing 221 and electrically connected to the flat display module to control the display module of the flat display module. In addition, the first body 21 has a latch structure 212 and a bullet. The living piece 213' and the two ends of the elastic member 213 are respectively coupled to the first casing and the cassette interlocking structure 212. In this embodiment, the elastic member is made to be an extendable & and elastic element [e.g. The compression spring is fixed to the first casing by one end of the elastic: 213, and the other end is fixed to the casing 212, and the locking structure 212 can be moved back and forth by the elastic force of the elastic member 213. The cassette linkage structure 212 has at least one cassette 2i2i, and the embodiment has two examples. The second housing 221 has at least one engagement cassette 2 = 'the number of the engagement portions 22u is matched with the card rod 2 (2) Therefore, the actual booth = ^ is an example, and the shape, size, and the like of the engaging portion 2211 are also combined. Therefore, when the user wants to close the electronic device 2, ° fine: 榫 2121 is stuck in the engaging portion 2211 And the second casing 221 is fixed to each other. The brother machine - the card 榫 linkage structure 212 of the embodiment is more When there is at least one pressing period, when it is exposed to the first casing 211, = the second casing 221, the hook 2121 and the engaging portion can be released by pressing the difficulty = 2, • moving ' A casing 211 and a second casing 221 are fixed 211 to each other, and the first casing 211 is pivoted by the ... sleeve and is opposite to the second casing 221 _ to an appropriate angle 1307260 = two The direction in which the button portion 2122 moves is moved to the left by the button 2122 according to the cassette 2 (2) to cancel the card. The card 3 4 22 U is engaged with each other as an example. The card linkage structure of the embodiment 2 In the present embodiment, the connecting portion 23 is also used to connect the button portion 2丨22 and the two cards to open the first casing 2丨丨. And the first, the field user, 2|?? ^, and the brother-machine level 221 days ^, H can be pressed by (4) ° sub-left movement, the link 2123 will drive the hook 212 except the hook 2丨2丨Engaged with the engaging portion, and further, the two sides of the electronic device 211 and the second housing 221 are fixed. Further, the electronic device 2 further has a cushioning member % 糸 set to the card The interlocking structure Chuan and the first casing 211 or = 俾 俾 榫 俾 俾 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 212 The polymer elastic material is made of, for example, a natural rubber, a synthetic rubber or a plastic. As in the prior art, when the user opens or closes the first casing 211 and the second casing 221, the elastic members 213 are The structure of the latching structure 212 is deformed according to the deformation of the elastic member 213. When the elastic member 213 rebounds, the latching structure 212 will hit a casing 2U and/or The second casing 22 is irritating to check the noise. However, in this embodiment, the cushioning member 24 is disposed between the latching mechanism 212 and the first casing 21丨 or the second casing 22丨 to absorb the channel and prevent the latching structure 212 from directly colliding. As shown in FIG. 2, the cushioning member 24 is disposed at the joint portion. After the elastic member 2 is rebounded, the joint portion is assisted by the cushioning member: impacting the first casing 2H, in fact, The buffer element (4) directly hits the casing 2U, so that the cushioning member 24 absorbs the impact force to avoid the crying sound of the collision; in addition, the cushioning member 24 can also be disposed at a portion of the first casing 211 corresponding to the joint portion (10). Thus, when the elastic member 213 rebounds, the joint portion 2123 strikes the cushioning member 24, so that the shock absorbs the impact force to avoid the noise generated by the impact. „. As shown in Figure 3, the cushioning element 24 can also be placed in the cassette 2121. After the yak = 2 rebounds, the cassette 2121 is directly indirectly impacted by the cushioning element 24 to the second housing 221. The noise emitted by the cushioning member to avoid the impact causes the engaging portion 22H to be 'so'. When the elastic member 2i3 hits the cushioning member 24, the cushioning member is prevented from being struck by the noise generated. Bomb: Chong 22:24 can also be set in the button help, ^ button part 2丨2 2 will be continued by _ y4_ q hit the first - case 2U, every 焱 焱 曰 . 每 每 每 每 每 24 The first casing 2U makes the buffering element 24 directly impact the noise emitted; the other impact force is avoided to avoid the impact - the corresponding first machine::r: the second rr is placed back with the button portion 213 After that, the button portion 2122 is _ knife_'. When the elastic member is smashed and smashed, the buffer member 307260 70 member 24 absorbs the impact force to avoid the noise generated by the impact. Note that the present embodiment The card 榫 linkage structure 2^ is only an example, not irrr Ming' with the design of the card zen linkage structure 212 24 door 4 The arrangement may be different, and the cushioning element. P The shape and size of the cushioning component of the present invention may be changed according to actual needs. The electronic device and the casing thereof according to the present invention, the system and the system It is placed between the interlocking structure and the casing, so the interlocking structure is indirectly impacted through the cushioning element; & in the card gentleman ± double. When the cushioning component is set: the interlocking structure is The cushioning element hits the casing; when the s is placed in the casing, the damper element of the structure is transmitted by the 槐, 奎, and 牛 m, so that the absorbing element absorbs the impact force and avoids the use efficiency of the product. It is said that the above is only an example of 'not a limitation. FIG. 1 is a schematic diagram of a conventional notebook computer; FIG. 2 is a schematic view of a preferred embodiment of the present invention, wherein the buffer component is disposed in the connection and Its machine figure 3 is based on this Inventive. A schematic diagram of a shell, an electronic device in a basin, and an apparatus thereof. FIG. 4 is an electronic device and a machine 1307260 of the embodiment according to the embodiment of the invention. A schematic diagram in which a cushioning element is disposed on a button portion.
元件符號說明： 1 筆記型電腦 11、12 機殼 111 卡勾 112 按鍵 121 > 2211 卡合部 2 電子裝置 21 第一本體 211 第一機殼 212 卡榫連動結構 2121 卡榫 2122 按鍵部 2123 連結部 213 彈性件 22 第二本體 221 第二機殼 23 樞軸元件 24 缓衝元件 13Description of component symbols: 1 Notebook computer 11, 12 chassis 111 hook 112 button 121 > 2211 engaging portion 2 electronic device 21 first body 211 first housing 212 card linkage structure 2121 card 2122 button portion 2123 link Portion 213 elastic member 22 second body 221 second casing 23 pivot member 24 cushioning member 13