201001234 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種攜帶式電子裝置，尤其係關於 具有可滑動鍵盤之攜帶式電子衷置。 【先前技術】 隨著移動通訊事業之發展，市面上渴現出越來越 不同結構、樣式之攜帶式電子裝置。 習知行動電話，鍵盤設置於蓋體或本體上，由於 電話之體積限制，鍵盤之設置區間相對較小，通常 $與數位共同設置在-個按鍵上，用戶在操作按鍵時 力轉換輸入模式造成資訊輸入之不便，無法像在使用個 =之鍵盤時，數位鍵與字母鍵對應每—單獨之按鍵設 ’使用者按壓按鍵時，可—目了然：。另，該種 在執行遊戲模式時，由於据作办門姑f m ^ 电祐 作非常不便。由於操作工間狹小，用戶對按鍵之操 【發明内容】 式供-種按鍵設置區間大且按 —種攜帶式電子奘番 .^ ^ 形成有顯示幕及第一鍵盤攜;式::二=機體上 盤滑?鍵盤，所述彈性機構設置於主機體内，3 滑:鍵盤露機體内’通過所述彈性機構作用所述 體之鍵盤。、a主機體且肖第-鍵盤電性連通形成- 201001234 相較於習知技術，本發明之攜帶式電子裝置設置有一 滑動鍵盤，該滑動鍵盤收容於電子裝置之主機體内，當需 要執行滑動鍵盤上之按鍵時，該滑動鍵盤可於彈性機構之 作用下彈出於主機體，且與第一鍵盤電連接構成一全功能 鍵盤。該滑動鍵盤增加了按鍵數量，可方便用戶操作；另 外，該攜帶式電子裝置可達成多種使用模式，該主機體上 設置有第一鍵盤，在接聽電話時，用戶只需通過按壓第一 鍵盤上之按鍵即可實現接聽，需要輸入資訊或玩遊戲時， 通過打開該滑動鍵盤，滑動鍵盤與第一鍵盤電性導通、可 操作多個按鍵，無需在按鍵上進行輸入模式轉換，操作方 便。 【實施方式】 本發明較佳實施例之一攜帶式電子裝置以行動電話 100為例。請參閱圖1及圖2,行動電話100包括一上殼體 10、與上殼體10配合之一下殼體20及一安裝於上殼體10 與下殼體20之間之一滑動鍵盤30。該上殼體10與下殼體 20結合形成一主機體210,所述滑動鍵盤30設置於主機體 210内部且可相對主機體210彈出，該主機體210内部還 設置有複數驅動元件（未標示），該驅動元件以卡持於主機 體210内或驅動所述滑動鍵盤30從該主機體210内露出。 所述上殼體10包括一蓋板12及位於該蓋板12相對二 侧之一第一側壁14與一第二側壁16。該蓋板12之外表面 設置有一顯示幕122、一第一鍵盤124及一按鈕126。所述 顯示幕122以用於顯示圖像及資訊。所述第一鍵盤124相 201001234 鄰所述顯示幕122設置，其上設置有複數第一按鍵1242， 如數位鍵。所述按鈕126位元於所述第一鍵盤124之一側， 其為一與蓋板12之一孔配合之圓臺結構，該按鈕126之底 部抵觸所述驅動元件。 請參閱圖3,該蓋板12之内表面上設有一配合板18 及一凸體19。該配合板18垂直凸設於該蓋板12之内表面 上，其連接所述第一侧壁14且與該第一側壁14垂直。所 述配合板18上設有二支柱182,該二支柱182上下並排佈 設與第一側壁14平行，且該二支柱182之間形成有夾持空 間。所述凸體19為一凸柱，其位於所述配合板18 —側且 鄰近按鈕126，用於配合所述驅動元件。所述第二側壁16 上一第一凹槽162,該第一凹槽162相對於所述配合板18, 亦位元於所述第一鍵盤124之側邊。 請參閱圖4，所述下殼體20包括一底板22、位於該底 板22相對二側之一第三側壁24與一第四側壁26及二導桿 28。該底板22之内表面上形成有二組相互平行之夾持座 222及一第一電連接端子224。每一組夾持座222包括二夾 持體2222，該二夾持體2222分別鄰近所述第三側壁24與 第四側壁26，呈對稱設置。所述導桿28為圓柱，每一導 桿28分別用於與一夾持座222相夾持。所述第一電連接端 子224鄰近所述第四侧壁26設置且位於二夾持體222之 間，該第一電連接端子224與行動電話100之主電路板（未 圖示）及所述第一鍵盤124之按鍵電路板（未圖示）連通。 所述第四側壁26上開設有一第二凹槽262,該第二凹槽262 201001234 相鄰所述第一電連接端子224,其用於與所述上殼體10之 第一凹槽162配合。 請參閱圖2及圖5,所述滑動鍵盤30包括一按鍵板部 32及與該按鍵板部32 —體連接之一導向板部34。所述按 鍵板部32大致與所述第一鍵盤124之尺寸相當，其上設有 複數第二按鍵322，如字母鍵。所述導向板部34形成於所 述按鍵板部32之一側，其與該按鍵板部32垂直且相對該 按鍵板部32之上下表面分別凸伸形成一卡固端342及一導 向端344。所述卡固端342與按鍵板部32上表面形成一垂 直面3422，該卡固端342相對於該垂直面3422之一側經 切削形成一楔形面3424。所述導向端344相對於按鍵板部 32之下表面凸伸，該導向端344之一側設有一第二電連接 端子3442，該第二電連接端子3442與所述滑動鍵盤30之 按鍵電路板（未圖示）連通，用於與所述第一電連接端子 224電連接。該導向端344上還開設有二導槽（未圖示）， 其分別與所述二導桿28相配合以使滑動鍵盤30可於導桿 28上滑動。 請參閱圖3至圖5,所述驅動元件包括一第一彈簧42、 一第二彈簧44、一擺動板46。所述第一彈簀42及第二彈 簧44為螺旋彈簧，所述第一彈簧42用於與上殼體10之凸 體19套設，使第一彈簧42之一端固接於該凸體19上。所 述第二彈簧44用於與所述下殼體20之導桿28套設。所述 擺動板46大致呈結構，其包括一抵持端462、一連接 段464及一卡持端466。所述抵持端462位於連接段464 201001234 之一端，相對該連接段464彎折，其用於與所述上殼體10 上之按鈕126之底部抵持或固接。所述卡持端466位於連 接段464之另一端，該卡持端466大致呈一棱錐形狀，具 有二錐形面4662，該卡持端466用於與所述滑動鍵盤30 之卡固端342配合。 組裝所述行動電話100，所述擺動板46裝配於上殼體 10上，且擺動板46之連接段464夾持於二支柱182之間， 所述擺動板46之抵持端462與上殼體10之按鈕18之底部 抵持；所述第一彈簧42套設於所述上殼體10之凸體19 上，第一彈簧42 —端與該凸體19固接，另一端抵持所述 擺動板46之連接段464。 所述第二彈簧44套設於下殼體20之導桿28上，所述 導桿28分別夾持至所述每一組夾持座222内。所述滑動鍵 盤30裝配至下殼體20，使滑動鍵盤30之導向板部34之 導槽與導桿28配合。 參閱圖5，所述上殼體10與下殼體20組裝，所述上 殼體10之第二側壁16與下殼體20之第四侧壁26配合， 且第二側壁16之第一凹槽162與所述下殼體20 —側之第 二凹槽262配合形成一開口 166，此時所述滑動鍵盤30從 該開口 166露出。 推動所述滑動鍵盤30，滑動鍵盤30收容至上殼體10 與下殼體20形成之主機體210，此時，導向板部34之卡 固端342與擺動板46之卡持端466相卡持，即導向板部 34之垂直面3422與卡持端466之一錐形面4662相卡持。 201001234 所述第二彈簧44壓縮於導向板部34與下殼體20之第三側 壁24之間。則所述行動電話100組裝完成。 使用所述行動電話100時，通過按壓所述按鈕126， 則與所述按鈕126抵持之擺動板46繞一所述支柱182擺 動，即所述抵持端462下壓，所述卡持端466上伸與所述 滑動板32之卡固端342解除鎖持。第二彈簧44伸張，且 抵持滑動鍵盤30從所述開口 166滑出，直至所述導向板部 34之導向端344與下殼體20之夾持體222抵持。此時， 該滑動鍵盤30之第二電連接端子3442與下殼體20之第一 電連接端子224電性連通，則上殼體10上之第一鍵盤124 上之第一按鍵1242可與滑動鍵盤30之第二按鍵322同時 起作用，構成一全功能鍵盤。 收容所述滑動鍵盤30時，推動所述滑動鍵盤30，使 滑動鍵盤30從所述開口 166退回至主機體210内部，所述 卡固端342之楔形面3424先抵持擺動板46之卡持端466 一錐形面4662，卡持端466上伸，所述卡固端342之楔形 面3424滑過該錐形面4662後，導向板部34之垂直面3422 與卡持端466之另一錐形面4662卡持。所述第二彈簀44 重新處於壓縮狀態。此時，用戶可操作第一鍵盤124。 本行動電話100設置有一滑動鍵盤30,該滑動鍵盤30 收容於行動電話100之殼體内，當需要執行滑動鍵盤30 上之第二按鍵322時，該滑動鍵盤30可於驅動部件之作用 下於殼體内彈出，且與第一鍵盤124電連接構成一全功能 鍵盤。相對於傳統之行動電話，本行動電話100增加了按 10 201001234 田可方便用戶操作；另外，該行動電話謂可達成 Π式’該上殼體10上設置有第-鍵盤124，在接 ^ 用戶只需通過按壓第一鍵盤124上之第一按鍵 上42 ρ可實現接聽，需要輸人資訊或玩遊戲時，通過打開 該滑動鍵盤3G，滑動鍵盤3G與第—鍵盤124電性導通、 可操作夕個按鍵’無需在按鍵上進行輸人模式轉換，操作 方便。 曰可以理解，所述二組夾持座222可以省略，所述二導 桿28之鳊可分別固接於第三側壁24上，另一端鄰近第 四侧壁26 ’所述二第二彈簧44可分別套設至二導桿28上。 【圖式簡單說明】 圖1係本發明攜帶式電子裝置之滑動鍵盤收容於殼體 内之示意圖； 圖2係本發明攜帶式電子裝置之滑動鍵盤打開時之示 意圖； 圖3係本發明攜帶式電子裝置之上殼體内表面組裝有 驅動元件之示意圖； 圖4係本發明攜帶式電子裝置之下殼體内表面組裝有 驅動元件之示意圖； 圖5係圖1狀態之剖面示意圖； 圖6係圖1狀態之剖面示意圖。 【主要元件符號說明】 行動電話 100 第四側壁 26 上殼體 10 第二凹槽 262 11 201001234 蓋板 12 導桿 28 顯不幕 122 滑動鍵盤 30 第一鍵盤 124 按鍵板部 32 第一按鍵 1242 第二按鍵 322 按鈕 126 導向板部 34 第一側壁 14 卡固端 342 第二側壁 16 垂直面 3422 第一凹槽 162 楔形面 3424 開口 166 導向端 344 配合板 18 第二電連接端子 3442 下殼體 20 第一彈簧 42 主機體 210 第二彈簧 44 底板 22 擺動板 46 挾持座 222 抵持端 462 挟持體 2222 連接段 464 第一電連接端子 224 卡持端 466 第三側壁 24 錐形面 4662 12201001234 IX. Description of the Invention: [Technical Field] The present invention relates to a portable electronic device, and more particularly to a portable electronic device having a slidable keyboard. [Prior Art] With the development of the mobile communication industry, there are more and more portable electronic devices of different structures and styles on the market. The mobile phone is set on the cover body or the body. Due to the volume limitation of the phone, the setting interval of the keyboard is relatively small, and usually the $ and the digital position are set together on one button, and the user converts the input mode when the button is operated. The inconvenience of information input is not as good as when using the keyboard of the =, the digit keys and the letter keys correspond to each - the individual keys are set to 'when the user presses the button, it can be seen clearly:. In addition, this kind of game is very inconvenient when it is executed in the game mode. Due to the small operation room, the user's operation of the button [invention content] type of button-type button setting interval and according to the type of portable electronic 奘番. ^ ^ formed with a display screen and the first keyboard to carry; type:: two = The body is slid on the keyboard, the elastic mechanism is disposed in the main body, and the slide is in the body of the keyboard; the keyboard of the body is acted by the elastic mechanism. a host body and a sin-keyboard electrical connection formed - 201001234 Compared with the prior art, the portable electronic device of the present invention is provided with a sliding keyboard, which is housed in the main body of the electronic device, and needs to perform sliding When the button on the keyboard is pressed, the sliding keyboard can be ejected to the main body by the elastic mechanism, and electrically connected with the first keyboard to form a full-function keyboard. The sliding keyboard increases the number of buttons, which is convenient for the user to operate; in addition, the portable electronic device can achieve multiple usage modes, and the first keyboard is disposed on the main body, and the user only needs to press the first keyboard when answering the phone. The button can be used for answering. When inputting information or playing a game, by opening the sliding keyboard, the sliding keyboard and the first keyboard are electrically connected, and a plurality of buttons can be operated, and the input mode conversion is not required on the button, and the operation is convenient. [Embodiment] A portable electronic device according to a preferred embodiment of the present invention is exemplified by a mobile phone 100. Referring to FIGS. 1 and 2, the mobile phone 100 includes an upper housing 10, a lower housing 20 mated with the upper housing 10, and a sliding keyboard 30 mounted between the upper housing 10 and the lower housing 20. The upper housing 10 and the lower housing 20 are combined to form a main body 210. The sliding keyboard 30 is disposed inside the main body 210 and can be ejected relative to the main body 210. The main body 210 is further provided with a plurality of driving components (not labeled). The driving element is held in the main body 210 or the sliding keyboard 30 is driven out of the main body 210. The upper casing 10 includes a cover plate 12 and a first side wall 14 and a second side wall 16 on opposite sides of the cover plate 12. A display screen 122, a first keyboard 124 and a button 126 are disposed on the outer surface of the cover 12. The display screen 122 is used to display images and information. The first keyboard 124 is adjacent to the display screen 122, and is provided with a plurality of first buttons 1242, such as digital keys. The button 126 is located on one side of the first keyboard 124, and is a truncated cone structure that cooperates with one of the holes of the cover plate 12. The bottom of the button 126 opposes the driving element. Referring to FIG. 3, a matching plate 18 and a protrusion 19 are disposed on the inner surface of the cover plate 12. The mating plate 18 is vertically protruded from the inner surface of the cover plate 12 and is connected to the first side wall 14 and perpendicular to the first side wall 14. The mating plate 18 is provided with two struts 182 which are arranged side by side in parallel with the first side wall 14, and a clamping space is formed between the two struts 182. The protrusion 19 is a protrusion located on the side of the mating plate 18 and adjacent to the button 126 for engaging the driving element. A first groove 162 is defined in the second side wall 16 , and the first groove 162 is also located on a side of the first keyboard 124 relative to the mating plate 18 . Referring to FIG. 4, the lower casing 20 includes a bottom plate 22, a third side wall 24 and a fourth side wall 26 and two guide rods 28 on opposite sides of the bottom plate 22. Two sets of mutually parallel clamping seats 222 and a first electrical connection terminal 224 are formed on the inner surface of the bottom plate 22. Each of the sets of holders 222 includes two clamping bodies 2222, which are disposed symmetrically adjacent to the third side wall 24 and the fourth side wall 26, respectively. The guide rods 28 are cylindrical, and each of the guide rods 28 is used for clamping with a clamping seat 222. The first electrical connection terminal 224 is disposed adjacent to the fourth sidewall 26 and located between the two clamping bodies 222. The first electrical connection terminal 224 and the main circuit board (not shown) of the mobile phone 100 and the The key circuit board (not shown) of the first keyboard 124 is connected. A second recess 262 is defined in the fourth sidewall 26, and the second recess 262 201001234 is adjacent to the first electrical connection terminal 224 for mating with the first recess 162 of the upper housing 10. . Referring to FIGS. 2 and 5, the slide keyboard 30 includes a button plate portion 32 and a guide plate portion 34 integrally connected to the button plate portion 32. The button portion 32 is substantially sized to the first keyboard 124 and is provided with a plurality of second buttons 322, such as letter keys. The guide plate portion 34 is formed on one side of the button plate portion 32, and is perpendicular to the button plate portion 32 and protrudes from the upper and lower surfaces of the button plate portion 32 to form a fastening end 342 and a guiding end 344 respectively. . The locking end 342 forms a vertical surface 3422 with the upper surface of the key plate portion 32. The locking end 342 is cut to form a wedge surface 3424 with respect to one side of the vertical surface 3422. The guiding end 344 protrudes from the lower surface of the button plate portion 32. One side of the guiding end 344 is provided with a second electrical connection terminal 3442, and the second electrical connection terminal 3442 and the button circuit board of the sliding keyboard 30 (not shown) is connected to be electrically connected to the first electrical connection terminal 224. The guiding end 344 is further provided with two guiding grooves (not shown) which cooperate with the two guiding rods 28 respectively to allow the sliding keyboard 30 to slide on the guiding rod 28. Referring to FIGS. 3 to 5 , the driving element includes a first spring 42 , a second spring 44 , and a swinging plate 46 . The first spring 42 and the second spring 44 are coil springs, and the first spring 42 is configured to be sleeved with the convex body 19 of the upper casing 10 such that one end of the first spring 42 is fixed to the convex body 19 . on. The second spring 44 is adapted to be sleeved with the guide rod 28 of the lower casing 20. The oscillating plate 46 has a substantially structure and includes a resisting end 462, a connecting portion 464 and a holding end 466. The abutting end 462 is located at one end of the connecting section 464 201001234 and is bent relative to the connecting section 464 for abutting or fixing with the bottom of the button 126 on the upper casing 10. The holding end 466 is located at the other end of the connecting portion 464. The holding end 466 has a substantially pyramid shape and has a tapered surface 4662 for engaging with the locking end 342 of the sliding keyboard 30. Cooperate. The mobile phone 100 is assembled, the swinging plate 46 is mounted on the upper casing 10, and the connecting section 464 of the swinging plate 46 is clamped between the two pillars 182, and the abutting end 462 and the upper casing of the swinging plate 46 The bottom of the button 18 of the body 10 is abutted; the first spring 42 is sleeved on the convex body 19 of the upper casing 10, and the first spring 42 is fixedly connected to the convex body 19, and the other end is abutted. The connecting section 464 of the wobble plate 46 is described. The second springs 44 are sleeved on the guide rods 28 of the lower casing 20, and the guide rods 28 are respectively clamped into the respective sets of the holders 222. The slide dial 30 is fitted to the lower casing 20 such that the guide groove of the guide plate portion 34 of the slide keyboard 30 is engaged with the guide bar 28. Referring to FIG. 5, the upper casing 10 is assembled with the lower casing 20, the second side wall 16 of the upper casing 10 is engaged with the fourth side wall 26 of the lower casing 20, and the first side wall of the second side wall 16 is concave. The slot 162 cooperates with the second recess 262 on the side of the lower housing 20 to form an opening 166 from which the sliding keyboard 30 is exposed. The sliding keyboard 30 is pushed, and the sliding keyboard 30 is received into the main body 210 formed by the upper casing 10 and the lower casing 20. At this time, the locking end 342 of the guiding plate portion 34 is engaged with the locking end 466 of the swinging plate 46. That is, the vertical surface 3422 of the guiding plate portion 34 is engaged with the tapered surface 4662 of one of the holding ends 466. 201001234 The second spring 44 is compressed between the guide plate portion 34 and the third side wall 24 of the lower casing 20. Then the mobile phone 100 is assembled. When the mobile phone 100 is used, by pressing the button 126, the swinging plate 46 that abuts the button 126 swings around a strut 182, that is, the resisting end 462 is pressed down, and the holding end is pressed. The 466 is extended and the locking end 342 of the sliding plate 32 is unlocked. The second spring 44 extends and slides out of the opening 166 against the sliding keyboard 30 until the leading end 344 of the guide plate portion 34 abuts against the holder 222 of the lower casing 20. At this time, the second electrical connection terminal 3442 of the sliding keyboard 30 is in electrical communication with the first electrical connection terminal 224 of the lower casing 20, and the first button 1242 on the first keyboard 124 on the upper casing 10 is slidable. The second button 322 of the keyboard 30 functions simultaneously to form a full function keyboard. When the sliding keyboard 30 is received, the sliding keyboard 30 is pushed to retract the sliding keyboard 30 from the opening 166 to the inside of the main body 210. The wedge surface 3424 of the locking end 342 first resists the holding of the swinging plate 46. The end 466 has a tapered surface 4662, and the holding end 466 extends. After the tapered surface 3424 of the locking end 342 slides over the tapered surface 4662, the vertical surface 3422 of the guiding plate portion 34 and the other end of the holding end 466 The tapered surface 4662 is held. The second magazine 44 is again in a compressed state. At this time, the user can operate the first keyboard 124. The mobile phone 100 is provided with a sliding keyboard 30. The sliding keyboard 30 is received in the casing of the mobile phone 100. When the second button 322 on the sliding keyboard 30 needs to be executed, the sliding keyboard 30 can be driven by the driving component. The housing is ejected and electrically connected to the first keyboard 124 to form a full-featured keyboard. Compared with the traditional mobile phone, the mobile phone 100 is increased by pressing 10 201001234. The mobile phone is convenient for the user; in addition, the mobile phone is said to be sturdy. The upper casing 10 is provided with a first keyboard 124, and the user is connected. By pressing the first button 42 ρ on the first keyboard 124, the answer can be realized. When the user needs to input information or play the game, by sliding the sliding keyboard 3G, the sliding keyboard 3G and the first keyboard 124 are electrically connected and operable. The eve button does not need to perform the input mode conversion on the button, and the operation is convenient. It can be understood that the two sets of clamping seats 222 can be omitted, the two guiding rods 28 can be respectively fixed to the third side wall 24, and the other end is adjacent to the fourth side wall 26'. Can be separately set to the two guide rods 28. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a sliding keyboard of a portable electronic device of the present invention housed in a casing; FIG. 2 is a schematic view showing a sliding keyboard of the portable electronic device of the present invention; FIG. FIG. 4 is a schematic view showing the assembly of the driving element on the inner surface of the housing of the portable electronic device of the present invention; FIG. 5 is a schematic cross-sectional view showing the state of FIG. 1; Figure 1 is a schematic cross-sectional view of the state. [Description of main component symbols] Mobile phone 100 Fourth side wall 26 Upper housing 10 Second recess 262 11 201001234 Cover 12 Guide rod 28 Unobstructed 122 Sliding keyboard 30 First keyboard 124 Key plate portion 32 First button 1242 Two buttons 322 button 126 guide plate portion 34 first side wall 14 fastening end 342 second side wall 16 vertical surface 3422 first groove 162 wedge surface 3424 opening 166 guiding end 344 mating plate 18 second electrical connection terminal 3442 lower housing 20 First spring 42 main body 210 second spring 44 bottom plate 22 swinging plate 46 holding seat 222 abutting end 462 holding body 2222 connecting section 464 first electrical connection terminal 224 holding end 466 third side wall 24 tapered surface 4662 12