200950470 九、發明說明： 【發明所屬之技術領域】 * 本發明係關於一種滑蓋結構，尤其係關於一種用於 .攜帶式電子裝置之滑蓋結構及應用該滑蓋結構之攜帶式 電子裝置。 "" 【先前技術】 隨著無線通訊與資訊處理技術之發展，行動電話、 PDA(personal digital assistant，個人數字助理）等攜帶式 電子裝置競相湧現，令消費者可隨時隨地充分享典古 技帶來之種種便利。 X Μ %I彌1ητ八 ----、ν 口啊喂，石有罝 板式、上翻蓋式、下翻蓋式及滑蓋式，其中前 較為廣泛，市面上之行動電話結構Α多為此幾種。滑蓋 式行動電話為-種較新之結構，在縮小行動電話體積 下，同時使㈣f料較加時尚、_，亦增 用之樂趣。滑蓋式行動電話一般將 置於滑蓋上’行動電話按鍵設置於主機上，主 之間通過兩侧之導軌連接。於非使用狀態下，滑蓋；f 身主機機身上之按鍵被隱藏。當接辦來電 :者撥號r滑蓋，此時滑蓋沿著導軌相 動；至機身上之鍵盤全部露出 ΐ王機移 可執行接聽或撥號操作。㈣’停止推動滑蓋，此時 如上所述滑蓋結構’雖可實現行動電話之 主機機身移動，惟於整個控制滑蓋開合之過“均= 200950470 人手之推動’當手在滑蓋打開過程中停止對滑蓋操作或 施力時’滑蓋隨即停止滑動，如此將無法實現使整個鍵 .盤露出之目的，操作者從而無法執行接聽來電或撥號之 .動作。此外，當執行接聽或撥號操作時，操作者需對滑 蓋施力直至主機上之按鍵全部外露，如此給使用過程帶 來較大不便。 【發明内容】 有鑒於此，有必要提供一種操作方便，無需推動’ 僅需按壓控制按鈕，滑蓋即可自動開啟之滑蓋結構。 另，有必要提供一應用所述滑蓋結構之攜帶式電子 裝置。 一種滑蓋結構，其包括一主體板及一滑動板，該滑 動板可相對主體板滑動。該滑蓋結構包括一主彈性件， 所述主體板上開設一滑槽及與該滑槽連通之控制槽，一 彈性控制元件容置於控制槽中並可於該控制槽中滑動。 ❹所述滑動板包括一凸設於面向主體板之一表面並與滑槽 相配合之滑動件，該滑動件包括一彈性定位件。^述^ 彈性件-端固持於滑槽之―端，另—端固持於滑動件。 所述滑動件位於滑槽與控制槽連接處時，該彈性定位件 伸入所述控制槽。外力作用下，控制元件推動定位件收 縮時，主彈性件提供一使滑動板之滑動件自動滑動至严 槽另一端之彈性力。 α 相較於現有技術，所述滑蓋結構通過於主體板上# 置彈性控制元件及於滑動件上設置彈性定位件，操作ς 9 200950470 僅需按壓控制元件，即可一鍵操作實現滑蓋之自動開 啟’從而提高了滑蓋結構之操作方便性。 ‘ 一種攜帶式電子裝置，其包括一主體單元、一滑動 .單元及一滑蓋結構。該主體單元上設有若干按鍵，該滑 動單7L可沿主體單元之表面滑動以遮蓋與露出按鍵。該 滑蓋結構包括一主體板、一滑動板及一主彈性件。該主 體板與主體單7〇連接，該滑動板可相對主體板滑動並與 滑動單元連接。所述主體板上開設一滑槽及與該滑槽連 通之控制槽，一彈性控制元件容置於控制槽十 控制槽中滑動。所述滑動板包括一凸設於面向主體板2 2表面並與滑槽相配合之滑動件，該滑動件包括一彈性 定位件。所述主彈性件一端固持於滑槽之一端，另一端 固持於滑動件。所述滑動件位於滑槽與控 時，該彈Μ位件伸人所述控制槽。外力作用下連= 疋件推動定位件收縮時，主彈性件提供一使滑動板之滑 ❽動件自動滑動至滑槽另一端之彈性力。 ^相較現有技術，所述攜帶式電子裝置通過於主體板 上設置彈性控制元件及於滑動件上設置彈性定位件操 作時僅需按壓控m即可—鍵操作實現滑自= 開啟，從而提高了攜帶式電子裝置之操作方便性。 【實施方式】 本發明滑蓋結構適用於—具有主體單元 :攜帶式電子裝置。本實施例以其應用於行動電=〇。 為例加以說明’請參閱圖！至圖2，該行動電話議包 200950470 括作為主體單元之機身10及作為滑動單元之滑蓋20， 該機身10可經由滑蓋結構（圖未標）與滑蓋20相對滑 ，動。機身10上設置若干按鍵12,滑蓋20正表面設置一 .顯示幕22，顯示幕22下端之滑蓋20正表面設置若干功 能鍵24。 請參閱圖3至圖4,所述滑蓋結構包括一主體板32、 安裝於主體板32之控制元件34及彈性裝置36，以及一 滑動板38。該主體板32與滑動板38可分別固定於機身 ® 10與滑蓋20上。 主體板32可為具有一預定面積之板狀體，本實施例 中，主體板32為機身10之上蓋，其為一四角隅化之矩 形板。所述主體板32通過螺釘或卡合方式連接固定於機 身10。所述按鍵12靠近主體板32上表面320之一端設 置。該按鍵12上方之主體板32上表面320上開設一窄 長滑槽322,該滑槽322鄰近按鍵12 —端開設一固持槽 ^ 323,該固持槽323與滑槽322 —起形成一 “丁”字型開 槽。 一控制槽325垂直滑槽322開設於滑槽322與主體 板32侧面321之間。該控制槽325貫通滑槽322及主體 板32側面321，其分為三段，包括鄰近侧面321之第一 滑動端3252、與滑槽322連接之第二滑動端3254及設 於第一滑動端3252與第二滑動端3254之間之容置槽 3256。所述容置槽3256之寬度大於第一滑動端3252及 第二滑動端3254之寬度，且第一滑動端3252之寬度較 11 200950470 大於第二滑動端3254之寬度。 所述控制元件34包括一復位彈簧341及一操作件 .343。該操作件343由一柱狀體加工而成，其包括分別設 .於操作件343兩端之按壓部345和抵持部347，以及按 壓部345及抵持部347之間之止擋部349。該按壓部345 直徑略大於抵持部347。該止擋部349為一設置於按壓 部345 —端之凸緣，其直徑略大於按壓部345之直徑。 請結合圖4所示，所述復位彈簧341套設於抵持部 ® 347上，且連同操作件343 —起容置於控制槽325内。 其中，按壓部345容置於滑槽322之第一滑動端3252 内，且按壓部345略長於第一滑動端3252，從而按壓部 345可從滑槽322中伸出少許。所述止擋部349連同復 位彈簧341 —起容置於容置槽3256内，抵持部347靠近 止擋部349 —端之部分容置於容置槽3256内，靠近另一 端之部分容置於控制槽325之第二滑動端3254内，且第 @ 二滑動端3254略長於抵持部347,從而於滑動槽322侧 壁之控制槽325處形成一凹陷（圖未標）。復位彈簧341 一端抵持容置槽3256 —端之内壁，另一端通過止擋部 349抵持容置槽3256另一端之内壁。由於復位彈簧341 之張力，所述操作件343可穩定地容置於控制槽325内。 所述彈性裝置36包括一固持件361及一主彈簧 362。該固持件361包括一長方形底板363及從該底板 363 —表面延伸出之第一固持柱365。該第一固持柱365 兩侧對稱設置一對第一擋板367，所述第一擋板367為 12 200950470 弧形面相對設置之二弧形擋板。進一步參閱圖5，該主 彈簧362之一端套設於該第一固持柱365上。該固持件 .361之底板363容置於固持槽323内，並連同主彈簧362 、一起容置於滑槽322中，從而將固持件361卡固於滑槽 322之一端。 請參閱圖5，所述滑動板38可為具有一預定面積之 板，本實施例中，滑動板38為滑蓋20之内蓋，係一四 角隅化之矩形板。所述滑動板38通過螺釘或卡合方式連 ® 接固定於滑蓋20。滑動板38面向主體板32之表面380 上凸設一可於滑槽322内滑動之滑動件381。該滑動件 381包括一長方體底座382。該底座382之側面中間凸設 一第二固持柱383，該第二固持柱383兩側對稱設置一 對第二擋板385，所述第二擋板385為一對弧形面相對 設置之弧形擋板。所述主彈簧362之另一端套設於該第 二固持柱383上。一圓形通孔387貫穿設於底座382内， Ο 且該圓形通孔387與第二固持柱383之軸向垂直。 該通孔387内設有定位件389。該定位件389包括 一第一滑塊3891、一定位彈簧3893及一第二滑塊3895。 該第一滑塊3891及第二滑塊3895均為一階梯狀圓臺， 由直徑不同之二圓柱疊加而成。第一滑塊3891直徑較小 部分作為第一卡合部3892，用以固持定位彈簀3893。第 二滑塊3895直徑較小部分作為第二卡合部3896，用以 在滑動過程中為滑動件381定位。所述第一滑塊3891、 定位彈簧3893及第二滑塊3895依次容置於通孔387内 13 200950470 時，定位彈簧3893 —端套設於第一卡合部3892，另一 端抵持於第二卡合部3896。定位彈簧3893處於常態時， .第二卡合部3896從通孔387中伸出。 ^ 組裝時，將控制元件34放置於主體板32上之控制 槽325内，將彈性裝置36之固持件361固定於滑槽322 一端，並將主彈簧362 —端固持於固持件361上。然後， 將設於滑動板38上之滑動件381置入滑動槽322内，並 抵持主彈簧362另一端。 當滑動板38相對主體板32關閉時，滑動件381壓 縮主彈簧362，使通孔387與控制槽325對應並連通， 滑動件381之第二卡合部3896卡入控制槽325之第二滑 動端3254。 若要打開滑動板38，沿控制槽325之軸向按壓控制 元件34之按壓部345，帶動抵持部347推動已卡入控制 槽325之第二卡合部3896，則定位彈簧3893被壓縮， 從而滑動件381之第二卡合部3896縮入通孔387内。在 主彈簧362之張力作用下，滑動件381自動滑向滑槽322 之一端。釋放按壓部345，在復位彈簧341之張力作用 下，操作件343自動回到其初始位置。此時，滑動板38 相對主體板32開啟，機身10之若干按鍵12露出。 若要關閉已打開之滑動板38，沿滑槽322方向推動 滑動板38，待滑動件381滑至與控制槽325連接處，滑 動件381上之通孔387與控制槽325連通，在定位彈簧 3893之張力下，滑動件381之第二卡合部3896從通孔 14 200950470 387中伸出，並卡入控制槽325。此時，滑動板38停止 滑動，滑動板相對主體板32關閉，機身10之若干按鍵 .12被滑蓋20遮蓋。 、 可以理解，所述主彈簧362之一端可以直接焊接或 粘接固定於滑槽322 —端之主體板32上，從而固持槽 323及固持件361可以省略。所述主彈簧362之另一端 亦可以直接焊接或粘接固定於滑動件381上。所述第一 滑塊3891、定位彈簧3893及第二滑塊3895可以替代為 ® 凸設於滑動件381側壁之一彈性元件，外力作用下該彈 性元件可縮至與滑動件381侧壁平齊，因此所述通孔387 亦可省卻。 所述復位彈簧341、主彈簧362及定位彈簧3893均 可替代為由彈性橡膠等彈性材料形成之彈性件。 此外，可以在滑槽322侧壁上沿滑動板38滑動方向 設置一凸起或凹槽，並在滑動件381與滑槽322侧壁平 ^ 行之側面上對應設置一凹槽或凸起，二者相卡配，以防 止滑動體38從滑槽322中脫離，從而使滑動板38與主 體板32結合於一體。當然，滑動板38與主體板32亦可 單獨設置連接軌道等裝置進行結合。 相較現有技術，所述滑蓋結構及使用該滑蓋結構之 攜帶式電子裝置通過於主體板32上設置彈性控制元件 34及於滑動件381上設置彈性定位件389，操作時僅需 按壓控制元件34，即可一鍵實現滑蓋之自動開啟，從而 提高了滑蓋結構之操作方便性。 15 200950470 綜上所述，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例，本 、發明之範圍並不以上述實施例為限，舉凡熟悉本案技藝之 .人士援依本發明之精神所作之等效修飾或變化，皆應涵蓋 於以下申請專利範圍内。 【圖式簡單說明】200950470 IX. Description of the Invention: [Technical Field] The present invention relates to a slide structure, and more particularly to a slide structure for a portable electronic device and a portable electronic device using the same. "" [Previous technology] With the development of wireless communication and information processing technology, mobile electronic devices such as mobile phones and PDAs (personal digital assistants) are competing to emerge, enabling consumers to share the classics anytime, anywhere. The convenience brought by technology. X Μ %I 弥1ητ八----, ν mouth ah feed, stone has a seesaw type, top flip type, bottom flip type and slide type, of which the front is more extensive, the number of mobile phone structures on the market is so many Kind. The slide-type mobile phone is a relatively new structure, which reduces the size of the mobile phone while making the (four) f material more fashionable and _, and also adds fun. The slide-type mobile phone will generally be placed on the slide cover. The mobile phone button is placed on the main unit, and the main body is connected by the guide rails on both sides. In the non-use state, the slider; the button on the body of the main body is hidden. When the caller picks up the caller, the dialer slides, and the slide cover moves along the guide rail; the keyboard on the body is exposed. The king can move to perform the answering or dialing operation. (4) 'Stop pushing the sliding cover, at this time, the sliding structure as described above' can realize the movement of the main body of the mobile phone, but the entire control slide opening and closing has passed the "all = 200950470 hand push" hand in the sliding cover When the slide cover is operated or the force is applied during the opening process, the slide will stop sliding, so that the whole key can be prevented from being exposed, and the operator cannot perform the answering call or dialing. In addition, when performing the answering Or the dialing operation, the operator needs to apply force to the sliding cover until the keys on the main body are exposed, which causes great inconvenience to the use process. [Invention] In view of this, it is necessary to provide an operation that is convenient without pushing The sliding cover structure can be automatically opened by pressing the control button. It is also necessary to provide a portable electronic device using the sliding cover structure. A sliding cover structure comprising a main body plate and a sliding plate, The sliding plate is slidable relative to the main body plate. The sliding cover structure comprises a main elastic member, and the main body plate defines a sliding slot and a control slot communicating with the sliding slot, and a bullet The control component is received in the control slot and slidable in the control slot. The sliding panel includes a sliding member protruding from a surface of the main body panel and cooperating with the sliding slot, the sliding component including an elastic positioning 1. The elastic member-end is held at the end of the chute, and the other end is held by the sliding member. When the sliding member is located at the joint of the sliding groove and the control groove, the elastic positioning member protrudes into the control groove. Under the action of external force, when the control element pushes the positioning member to contract, the main elastic member provides an elastic force for automatically sliding the sliding member of the sliding plate to the other end of the strict groove. α Compared with the prior art, the sliding cover structure passes through the main body plate. The upper elastic control element and the elastic positioning member are arranged on the sliding member, and the operation ς 9 200950470 only needs to press the control component to realize the automatic opening of the sliding cover by one button operation, thereby improving the operation convenience of the sliding cover structure. A portable electronic device includes a main body unit, a sliding unit and a sliding cover structure. The main body unit is provided with a plurality of buttons, and the sliding single 7L can slide along the surface of the main body unit. The cover structure includes a main body panel, a sliding panel and a main elastic member. The main body panel is connected to the main body unit 7 , and the sliding panel is slidable relative to the main body panel and connected to the sliding unit. A sliding slot and a control slot communicating with the sliding slot are formed on the board, and an elastic control component is accommodated in the control slot 10 control slot. The sliding panel includes a protruding surface facing the main body panel 22 and the sliding slot The sliding member comprises a resilient positioning member, wherein the main elastic member is fixed at one end of the sliding groove and the other end is fixed to the sliding member. The sliding member is located at the sliding slot and the control time, the elastic position The member extends into the control slot. When the external force is applied, the main elastic member provides an elastic force for automatically sliding the sliding member of the sliding plate to the other end of the sliding slot. The portable electronic device improves the portable electronic device by providing an elastic control element on the main body plate and providing an elastic positioning member on the sliding member, and only needs to press the control m to perform the sliding operation. The ease of operation of the device. [Embodiment] The slide structure of the present invention is suitable for having a main body unit: a portable electronic device. This embodiment is applied to mobile power = 〇. For an example, please refer to the figure! As shown in FIG. 2, the mobile phone package 200950470 includes a body 10 as a main unit and a slide cover 20 as a sliding unit. The body 10 can be relatively slidably moved with the slide cover 20 via a slide structure (not shown). A plurality of buttons 12 are disposed on the body 10, and a display screen 22 is disposed on the front surface of the sliding cover 20. The function key 24 is disposed on the front surface of the sliding cover 20 at the lower end of the display screen 22. Referring to Figures 3 to 4, the slide structure includes a main body panel 32, a control member 34 mounted to the main body panel 32, and an elastic means 36, and a slide plate 38. The main body plate 32 and the sliding plate 38 can be respectively fixed to the body body 10 and the slide cover 20. The main body plate 32 can be a plate-shaped body having a predetermined area. In the embodiment, the main body plate 32 is a cover of the body 10, which is a rectangular plate of four corners. The main body panel 32 is fixedly coupled to the body 10 by screws or a snap fit. The button 12 is disposed adjacent one end of the upper surface 320 of the body panel 32. A narrow slot 322 is defined in the upper surface 320 of the main body 32 of the button 12. The slot 322 defines a holding slot 323 adjacent to the end of the button 12, and the slot 323 forms a sill with the slot 322. "The font is slotted. A control slot 325 vertical slot 322 is defined between the slot 322 and the side 321 of the body panel 32. The control slot 325 extends through the sliding slot 322 and the side surface 321 of the main body panel 32, and is divided into three sections, including a first sliding end 3252 adjacent to the side surface 321, a second sliding end 3254 connected to the sliding slot 322, and a first sliding end. A receiving groove 3256 is formed between the 3252 and the second sliding end 3254. The width of the receiving groove 3256 is greater than the width of the first sliding end 3252 and the second sliding end 3254, and the width of the first sliding end 3252 is greater than the width of the 11200950470 by the width of the second sliding end 3254. The control element 34 includes a return spring 341 and an operating member .343. The operating member 343 is formed by a columnar body, and includes a pressing portion 345 and a resisting portion 347 respectively disposed at two ends of the operating member 343, and a stopping portion 349 between the pressing portion 345 and the resisting portion 347. . The pressing portion 345 has a diameter slightly larger than the abutting portion 347. The stopper portion 349 is a flange provided at the end of the pressing portion 345, and has a diameter slightly larger than the diameter of the pressing portion 345. As shown in FIG. 4 , the return spring 341 is sleeved on the resisting portion ® 347 and is placed in the control slot 325 together with the operating member 343 . The pressing portion 345 is received in the first sliding end 3252 of the sliding slot 322, and the pressing portion 345 is slightly longer than the first sliding end 3252, so that the pressing portion 345 can protrude a little from the sliding slot 322. The stop portion 349 is placed in the accommodating groove 3256 together with the return spring 341. The portion of the resisting portion 347 near the end of the stop portion 349 is accommodated in the accommodating groove 3256, and is accommodated near the other end. The second sliding end 3254 of the control slot 325 is slightly longer than the abutting portion 347, so that a recess (not shown) is formed at the control slot 325 of the sidewall of the sliding slot 322. One end of the return spring 341 abuts against the inner wall of the receiving groove 3256, and the other end abuts against the inner wall of the other end of the receiving groove 3256 through the stopping portion 349. Due to the tension of the return spring 341, the operating member 343 can be stably accommodated in the control groove 325. The elastic device 36 includes a holding member 361 and a main spring 362. The holder 361 includes a rectangular bottom plate 363 and a first holding post 365 extending from the surface of the bottom plate 363. A pair of first baffles 367 are symmetrically disposed on the two sides of the first holding column 365. The first baffle 367 is a two-arc baffle opposite to the curved surface of the 12 200950470. Referring to FIG. 5, one end of the main spring 362 is sleeved on the first holding post 365. The bottom plate 363 of the holding member 361 is received in the holding groove 323 and is accommodated in the sliding groove 322 together with the main spring 362 to fix the holding member 361 to one end of the sliding groove 322. Referring to FIG. 5, the sliding plate 38 can be a plate having a predetermined area. In this embodiment, the sliding plate 38 is an inner cover of the sliding cover 20 and is a rectangular plate with a square corner. The sliding plate 38 is fixed to the sliding cover 20 by screws or a snap fit. A sliding member 381 slidable in the sliding slot 322 is protruded from the surface 380 of the sliding plate 38 facing the main body plate 32. The slider 381 includes a rectangular parallelepiped base 382. A second holding column 383 is symmetrically disposed on a side of the second holding column 383. The second baffle 385 is a pair of arcs opposite to each other. Shaped baffle. The other end of the main spring 362 is sleeved on the second holding post 383. A circular through hole 387 is disposed in the base 382, and the circular through hole 387 is perpendicular to the axial direction of the second holding post 383. A positioning member 389 is disposed in the through hole 387. The positioning member 389 includes a first slider 3891, a positioning spring 3893 and a second slider 3895. The first slider 3891 and the second slider 3895 are both a stepped circular table, and are formed by stacking two cylinders having different diameters. The first slider 3891 has a smaller diameter portion as the first engaging portion 3892 for holding the positioning magazine 3893. The second slider 3895 has a smaller diameter portion as the second engaging portion 3896 for positioning the slider 381 during the sliding process. When the first slider 3891, the positioning spring 3893, and the second slider 3895 are sequentially received in the through hole 387 13 200950470, the positioning spring 3893 is sleeved on the first engaging portion 3892, and the other end is resisted by the first slider 3893. Two engaging parts 3896. When the positioning spring 3893 is in a normal state, the second engaging portion 3896 protrudes from the through hole 387. When assembled, the control member 34 is placed in the control slot 325 of the main body plate 32, the retaining member 361 of the elastic device 36 is fixed to one end of the sliding slot 322, and the main spring 362 is fixed to the retaining member 361. Then, the slider 381 provided on the slide plate 38 is placed in the slide groove 322 and abuts against the other end of the main spring 362. When the sliding plate 38 is closed relative to the main body plate 32, the sliding member 381 compresses the main spring 362, so that the through hole 387 corresponds to and communicates with the control slot 325, and the second engaging portion 3896 of the sliding member 381 snaps into the second sliding of the control slot 325. End 3254. To open the sliding plate 38, press the pressing portion 345 of the control member 34 along the axial direction of the control slot 325, and drive the resisting portion 347, to push the second engaging portion 3896 that has been engaged with the control slot 325, and the positioning spring 3893 is compressed. Thereby, the second engaging portion 3896 of the slider 381 is retracted into the through hole 387. Under the tension of the main spring 362, the slider 381 automatically slides toward one end of the chute 322. The pressing portion 345 is released, and the operating member 343 automatically returns to its initial position by the tension of the return spring 341. At this time, the slide plate 38 is opened relative to the main body panel 32, and a plurality of buttons 12 of the body 10 are exposed. To close the opened sliding plate 38, the sliding plate 38 is pushed in the direction of the sliding slot 322, and the sliding member 381 is slid to the connection with the control slot 325, and the through hole 387 of the sliding member 381 communicates with the control slot 325. Under the tension of 3893, the second engaging portion 3896 of the slider 381 protrudes from the through hole 14 200950470 387 and snaps into the control groove 325. At this time, the slide plate 38 stops sliding, the slide plate is closed with respect to the main body plate 32, and a plurality of buttons 12.12 of the body 10 are covered by the slide cover 20. It can be understood that one end of the main spring 362 can be directly welded or bonded to the main body plate 32 at the end of the sliding groove 322, so that the holding groove 323 and the holding member 361 can be omitted. The other end of the main spring 362 can also be directly welded or bonded to the slider 381. The first slider 3891, the positioning spring 3893, and the second slider 3895 may be replaced by an elastic member protruding from the sidewall of the slider 381. The elastic member may be contracted to be flush with the sidewall of the slider 381 by an external force. Therefore, the through hole 387 can also be omitted. The return spring 341, the main spring 362, and the positioning spring 3893 may be replaced with an elastic member formed of an elastic material such as elastic rubber. In addition, a protrusion or a groove may be disposed on the side wall of the sliding groove 322 along the sliding direction of the sliding plate 38, and a groove or a protrusion may be disposed on the side of the sliding member 381 and the side wall of the sliding groove 322. The two are engaged to prevent the sliding body 38 from being detached from the sliding groove 322, so that the sliding plate 38 and the main body plate 32 are integrated. Of course, the sliding plate 38 and the main body plate 32 may be separately provided with a device such as a connecting rail for bonding. Compared with the prior art, the sliding cover structure and the portable electronic device using the sliding cover structure are provided with an elastic control member 34 on the main body plate 32 and an elastic positioning member 389 disposed on the sliding member 381, and only need to be pressed and controlled during operation. The component 34 can automatically open the slider by one button, thereby improving the operation convenience of the slider structure. 15 200950470 In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those skilled in the art will be able to make equivalent modifications or variations in accordance with the spirit of the present invention. All should be covered by the following patent application. [Simple description of the map]
❹ 圖1係應用本發明滑蓋結構較佳實施方式之攜帶式 電子裝置滑蓋相對機身關閉之立體組裝圖； 圖係應用本發明滑蓋結構較佳實施方式之攜帶式 電子裝置滑蓋相對機身開啟之立體圖； 實施方式之攜帶式 圖3係應用本發明滑蓋結構較佳 電子裝置之立體分解圖； 電子L4:應用本發明滑蓋結構較佳實施方式之擴帶式 電子裝置滑盍之立體組裝圖； 圖5係® 3之_帶式電子裝置 體分解圖； 月度硯察之立 上J 6係圖1沿本發明滑蓋結構較佳實施例之主體板 上表面之剖視圖； 极 結構較佳實 施例之主體板 機身 10 滑蓋 20 功能鍵 24 圖7係圖2沿本發明滑蓋 上表面之剖視圖。 【主要元件符號說明】 行動電話 100 按鍵 12 顯示幕 22 16 200950470BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective assembled view of a slide cover of a portable electronic device according to a preferred embodiment of the present invention, with respect to a closed body; FIG. 1 is a view showing a slider of a portable electronic device according to a preferred embodiment of the slide structure of the present invention. FIG. 3 is a perspective exploded view of a preferred electronic device using the sliding cover structure of the present invention; and an electronic L4: a sliding device electronic device sliding slider using the preferred embodiment of the sliding cover structure of the present invention FIG. 5 is a perspective view of the body of the main body of the preferred embodiment of the slider structure of the present invention; FIG. Structure of the main body 10 of the preferred embodiment Slide 20 Functional key 24 Figure 7 is a cross-sectional view of the upper surface of the slide along the present invention. [Main component symbol description] Mobile phone 100 button 12 Display screen 22 16 200950470
主體板 32 上表面 320 侧面 321 滑槽 322 固持槽 323 控制槽 325 第一滑動端 3252 第二滑動端 3254 容置槽 3256 控制元件 34 復位彈簧 341 操作件 343 按壓部 345 抵持部 347 止擋部 349 彈性裝置 36 固持件 361 主彈簧 362 底板 363 第一固持柱 365 第一擋板 367 滑動板 38 表面 380 滑動件 381 底座 382 第二固持柱 383 第二擋板 385 通孔 387 定位件 389 第一滑塊 3891 第·—^合部 3892 定位彈簧 3893 第二滑塊 3895 第二卡合部 3896 17Main plate 32 Upper surface 320 Side surface 321 Chute 322 Retaining groove 323 Control groove 325 First sliding end 3252 Second sliding end 3254 Retaining groove 3256 Control element 34 Return spring 341 Operating member 343 Pressing portion 345 Resisting portion 347 Stop portion 349 Elastic device 36 Holder 361 Main spring 362 Base plate 363 First retaining post 365 First baffle 367 Sliding plate 38 Surface 380 Slide 381 Base 382 Second retaining post 383 Second baffle 385 Through hole 387 Locating member 389 First Slider 3891 -^^3829 Positioning spring 3893 Second slider 3895 Second engaging part 3896 17