M364391 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種滑蓋結構及電子裝置，特別是指 種利用滑動式盖體而達成保護鏡頭功能的滑蓋結構及電 子裝置。 、 电 【先前技術】 目别，具有影像拍攝功能之手機、相機、及個人數位 助理（PDA)等電子裝置，其發展趨勢已逐漸朝向微型化研 發。為了保護電子裝置所具有的鏡頭，電子裝置一般合在 其殼體上設置有-可賴的錄。當蓋㈣動至覆蓋^鏡 頭的位置時，電子裳置即呈關閉模式。反之，在拍照前， 使用者必須先使蓋體離開原本覆蓋鏡頭的位置，並令電子 裝置進入開機模式，此時，使用者即可開始拍照。 不過，為了使得電子裝置之整體體積更為輕巧，其内 =外部電子元件之_也越做越小。—旦好裝置之殼 體體積縮小時’蓋體於該殼體上所f之活動行程也會縮 蓋體無法自原本覆蓋鏡頭的位置完全地退開，即會 备住4分鏡頭，如此—來’聊錢行拍照的動作。 t了避免蓋體擋住部分鏡頭’目前市面上有些電子裂 在、在十上係將蓋體往殼體外側延伸設置，使蓋體 頭= 分的蓋體伸出電子裝置之殼體外，使得鏡 構二；:然而’ 一旦該蓋體伸出殼體外’此種結 者不小心轉、•壓或碰撞等因辛， 導致讀的嚴重損壞或碎裂，致使 妄人 大幅縮短。因此，如何能在受 {置之使用” 7此在又限於I子裝置的殼體體積而 3 M364391 且不影響蓋體所需之活動行程下，設計出可保護鏡頭的滑 蓋結構，實為目前相關領域的技術人員亟欲克服的問題。 緣是，本創作人有感上述問題之可改善，乃潛心研究 並配合學理之運用，而提出一種設計合理且有效改善上述 問題之本創作。 【新型内容】 本創作之主要目的，在於提供一種具有滑動式蓋體， 以保護鏡頭的滑蓋結構及電子裝置。 為了達成上述之目的，本創作係提供一種滑蓋結構， 用以覆蓋一鏡頭，該滑蓋結構包括：一基座；一第一蓋體， 其可前後滑動地設置於該基座，且該第一蓋體在一未覆蓋 該鏡頭的開啟位置與一覆蓋該鏡頭的關閉位置之間滑動； 一第二蓋體，其可上下移動地設置於該基座，且在一平齊 於該第一蓋體的上升位置與一位在該上升位置下方的下降 位置之間移動；以及一擺動件，其枢接於該基座，該擺動 件具有一第一抵接端及一第二抵接端，該擺動件與該基座 樞接處位在該第一抵接端與該第二抵接端之間而讓該擺動 件能如翹翹板般動作，該第一抵接端係位在該第二蓋體下 方，以使該第一抵接端驅動該第二蓋體往上移動。 本創作另提供一種電子裝置，包括：一殼體，其設有 一開口；一鏡頭，其設置於該殼體内且顯露於該開口；以 及一滑蓋結構，其包含：一基座，其結合於該殼體；一第 一蓋體，其設置於該殼體的開口内，該第一蓋體可前後滑 動地設置於該基座，且在一未覆蓋該鏡頭的開啟位置與一 覆蓋該鏡頭的關閉位置之間滑動；一第二蓋體，其設置於 M364391 該殼體_口内’該第二蓋體可上下移動地設置於該基 座，且在一平齊於該第一蓋體的上升位置與一位在該上升 3，下52下降位置之間移動’該第二蓋體位在該上升位 二及第—盍體與該第_蓋體共同覆蓋該殼體的開口，· 端及擺抿該基座，該擺動件具有-第-抵接 一 -鳊，该擺動件與該基座樞接處係位於該第 二:接==第二抵接端之間而讓該擺動件能如_板般 扣拉 &接端係位在該第二蓋體下方，以使該第- 抵接端驅動該第二蓋體往上移動。 可相果丄本創作之滑蓋結構係利用 開啟位置時，第二蓋體盘體，在第—蓋體滑動至該 體滑動至該關閉位置時，置；而在第一蓋 :;第-蓋體的活動行程不會二，=士=使 姻體體積有限的情況下，心上= 導:二!二避免，體因突出於殼體外而受外 佔用$況4生，而且該滑蓋結構的構件數量較少， 用的空間較少，又提高整餘構之設計感。 閱以;有關本創作之詳徵:技術内容，請參 ；1 清參閱第一圖至第四圖所干太奋 置，雷+ 創作係提供一電子裝 …、和衩組2 0、及一滑蓋 M364391 (如第五圖），圖式中為方便說明，僅顯示出部份 的设體10 ’殼體設有-開口11，殼體1〇内壁靠 近汶開口 1 1兩側位置分別往下凸設一執條i 2。殼體丄 0底部設有多數第—固定部13(如第二圖）。 照相模組2 0設置於殼體i 〇内，照相模組2 〇具有 本體2 1、一鏡頭（Lens) 2 2、及一閃光燈2 3。鏡 頭2 2與閃光燈2 3組裝於本體2 1，且顯露於本體2工 頂面。 滑盍結構3包括：一基座、一第一蓋體4〇、一 第一盍體5 0、一帶動件6 〇、及一擺動件7 〇。其中基 f3 0包含多數個可與殼體i 〇之第一固定部丄3組裝的 第二固定部3 1，使基座3 0組裝固定於殼體1 〇。本實 施例中基座3 〇靠近後端内部設有一容置部3 2，供容置 照相模組2 0。 基座3 0近前端的相對兩側分別設有一側板3 3，該 二側板3 3圍設形成一收容空間3 9，該二侧板3 3與殼 體1 〇的二軌條1 2之間形成二導槽3 4 (如第四圖）。 各侧板3 3設有垂直延伸至其頂面的限位槽3 5。每一侧 板3 3为別牙δ又有至少一軌跡槽3 6，軌跡槽3 6的後端 往前端高度漸低，圖式中係以呈前、後間隔設置的兩個執 跡槽3 6為例。基座3 0的相對兩側分別設有一樞孔部3 7。基座3 0靠近後端處設有穿槽3 8。 第一蓋體4 0底部設有二滑板4 2，該二滑板42外 側表面對應抵接於基座3 0的二側板3 3内側表面，使第 一蓋體4 0可前後滑動地設於基座3 〇，且在一未覆蓋該 M364391 鏡頭2 2的開啟位置（如第十二圖）與一覆蓋該鏡頭2 2 的關閉位置（如第三圖）之間滑動。第一蓋體4 〇兩侧水 平往外延伸二翼板41，該二翼板41伸入該二導槽34 (如第四圖）内，且該二翼板4 i頂面抵接該殼體i 〇的 執條1 2底面。第一蓋體4 〇底部設有一第一配合部4 3 ’本實施例中第一配合部4 3為凹槽。 第二蓋體50兩側分別凸設有一限位塊51，該二限 位塊5 1可移動地收容於該基座3 〇的二限位槽3 $，使 第二蓋體5 0可上下移動地設置於基座3 〇。第二蓋體5 〇頂部設有二滑道52供第—蓋體4Q的滑板42對應地 滑接。每-滑道5 2包含-傾斜段5 2 i、及—連接於傾 ^又5 2 1的水平u 2 2。第二蓋體5 0前端底部設有 相對設置的二滑槽5 3。 π動件6 0兩側分別設有至少一導引部6丄，導引部 61的數量係因應執跡槽36的數量而定 應收容於該基座3〇的執跡槽3 6中，以使該帶 =6 ◦可沿執跡槽3 6相對該基座3 ◦移動。帶動件6 2端ί有—與第—蓋體40的第-配合部43(即凹槽） 、’。的弟一配合部6 2，本實施例中第二配 塊，但不限定。該凸塊可插人該㈣中，使J = S :::該:動件6 〇移動。帶動件6 〇前 -滑槽5 3内，使帶動件6 〇 :: 5 0的 該第二蓋體同步移: 可相對第二蓋體50滑動。第二蓋體5 0可經 7 M364391 6 0帶動而在一上升位置（如第七圖）與一位在該上升位 置下方的下降位置（如第十四圖）之間移動，其中該第二 蓋體5 0在該上升位置時，其頂面與該第一蓋體4 0的頂 面平齊（如第六圖）。 該擺動件7 0前、後端分別形成一第一抵接端7 1、 一第二抵接端7 2，第一抵接端7 1活動於該收容空間3 9内且位在第二蓋體5 0與帶動件6 0的下方，用以驅動 該第二蓋體5 0往上移動。第二抵接端7 2中央位置設有 一凹部7 2 2。第二抵接端7 2可由基座3 0的穿槽3 8 中穿出。第二抵接端7 2頂部形成一往後漸高的斜面7 2 1。擺動件7 0的兩侧分別設有一樞軸部7 3，樞軸部7 3位於該第一抵接端7 1與第二抵接端7 2之間。擺動件 7 〇以該二框轴部7 3枢接於基座3 0的一枢孔部3 7 ’ 使擺動件7 0的第一抵接端7 1與第二抵接端7 2可藉樞 軸部7 3為支點，而如輕翻》板一般地作上、下擺動，使得 第一抵接端7 1與第二抵接端7 2分別對應抵接該帶動件 6 0的底部與第一蓋體4 0的底部；藉由上述之組成以形 成本創作之電子裝置。 當電子裝置呈關閉模式時，請參閱第六至八圖所示， 圖式中為便於說明而將殼體10省略，其中第一蓋體40 位在該關閉位置，第二蓋體5 0位在該上升位置，帶動件 6 ◦的導引部6 1位在靠近執跡槽3 6的後端處，而擺動 件7 0的第一抵接端7 1抵接於帶動件6 0底部，第二抵 接端7 2抵接於第一蓋體4 0的底部。 請參閱第九至十一圖所示，當第一蓋體4 0往前滑動 M364391 7段距離時’滑板4 2滑接至第二蓋體5 〇的傾斜段5 ? ' ^動配合部43與第二配合部的』 '處可知)，帶動件6。還二 .::=，模式，而滑板42滑接至第=5〇 1下累一盍體50由於受到第-蓋體4 0的 ι;ϊ；：：：；：5 Q已由該上升位置移動至該下降位置， =一孤肢4 0疊置於第二蓋體5〇的上方，並且第 體5 0經由滑槽5 3與滑執6 3 〇往下移動，同時擺動件7 〇㈣=▼動^動件6 件_’使得第 /请翏閱第十六圖至第十八圖所示，此時第一 ，滑動’使滑板4 2由第二蓋體5 ◦的傾斜段5 2 =M364391 V. New description: [New technical field] This creation is about a sliding structure and electronic device, especially the sliding structure and electronic device that realize the function of protecting the lens by using the sliding cover. [Electric technology] The development trend of mobile phones, cameras, and personal digital assistants (PDAs) with image capture functions has gradually evolved toward miniaturization. In order to protect the lens of the electronic device, the electronic device is generally provided with a record on the housing. When the cover (4) is moved to cover the position of the lens, the electronic skirt is in the off mode. Conversely, before taking a picture, the user must first remove the cover from the original position of the lens and put the electronic device into the power-on mode. At this point, the user can start taking pictures. However, in order to make the overall size of the electronic device lighter, the internal electronic component is also made smaller. Once the casing of the device is reduced in size, the movable stroke of the cover on the casing will also be able to completely retreat from the position where the lens was originally covered, that is, the 4-point lens will be prepared, thus— Come to 'talk money to take pictures. t Avoid the cover body to block part of the lens. At present, some electronic cracks are on the market, and the cover body is extended to the outside of the casing on the top of the casing, so that the cover body of the cover head = minute protrudes out of the casing of the electronic device, so that the mirror Structure 2: However, 'once the cover protrudes out of the casing', such a knot accidentally turns, pressures or collides, causing severe damage or chipping of the reading, resulting in a significant shortening of the monks. Therefore, how can the sliding structure of the lens be protected when it is limited to the housing volume of the I sub-device and 3 M364391 without affecting the movable stroke of the cover body, At present, the technologists in the relevant fields are eager to overcome the problem. The reason is that the creator feels that the above problems can be improved, but he is concentrating on research and using the application of theory, and proposes a creation that is reasonable in design and effective in improving the above problems. New content] The main purpose of this creation is to provide a sliding cover structure and an electronic device with a sliding cover to protect the lens. To achieve the above purpose, the present invention provides a sliding cover structure for covering a lens. The sliding cover structure comprises: a base; a first cover body slidably disposed on the base, and the first cover body is in an open position not covering the lens and a closed position covering the lens Sliding therebetween; a second cover body that is movably disposed on the base, and is flush with the raised position of the first cover and one of the raised positions Moving between the lowered positions; and a swinging member pivotally connected to the base, the swinging member has a first abutting end and a second abutting end, and the pivoting member is pivotally connected to the base Between the first abutting end and the second abutting end, the swinging member can be operated like a seesaw, and the first abutting end is fastened under the second cover to make the first abutting The second driving body is driven to move upwards. The present invention further provides an electronic device comprising: a housing provided with an opening; a lens disposed in the housing and exposed to the opening; and a sliding cover The structure includes: a base coupled to the housing; a first cover disposed in the opening of the housing, the first cover being slidably disposed on the base, and a sliding position between the open position of the lens and a closed position covering the lens; a second cover disposed in the housing 364. The second cover is movably disposed on the base. And in a rising position of the first cover body and a position in the rising position 3, lower 52 Moving between the second cover position in the ascending position 2 and the first body and the first cover cover the opening of the housing, the end and the base, the swinging member has a -first Connected to the cymbal, the pivoting portion of the oscillating member and the base is located between the second: ??? == second abutting end to allow the oscillating member to be pulled like a slab The second cover body is disposed below, so that the first abutting end drives the second cover body to move upwards. The second cover body can be used when the sliding cover structure of the present invention utilizes the open position - the cover slides until the body slides to the closed position, and in the first cover:; the first cover body does not move twice, = ± = to make the body volume limited, the heart = guide : 2! Secondly, the body is exposed to the outside of the casing and is occupied by the external condition. Moreover, the number of components of the sliding structure is small, the space used is small, and the design sense of the whole structure is improved. Read more about the details of this creation: technical content, please refer to; 1 clear reference to the first figure to the fourth figure is too excited, Lei + creation department provides an electronic equipment..., and 衩 group 20, and one Slide M364391 (as shown in the fifth figure), for convenience of description in the drawings, only part of the housing 10' housing is provided with an opening 11, and the inner wall of the housing 1 is adjacent to the two sides of the vent opening 1 1 A bar i 2 is arranged below. A plurality of first fixing portions 13 (as shown in the second figure) are provided at the bottom of the casing 丄 0. The camera module 20 is disposed in the housing i, and the camera module 2 has a body 2 1 , a lens 2 , and a flash 2 3 . The lens 2 2 and the flash 2 3 are assembled to the body 2 1 and are exposed on the top surface of the body 2. The sliding structure 3 comprises: a base, a first cover 4〇, a first body 50, a driving member 6〇, and a swinging member 7〇. The base f3 0 includes a plurality of second fixing portions 3 1 which are assembled with the first fixing portion 丄 3 of the housing i 使 to assemble and fix the base 30 to the housing 1 〇. In this embodiment, a pedestal portion 3 2 is disposed near the rear end of the pedestal 3 , for accommodating the camera module 20 . The opposite sides of the front end of the base 30 are respectively provided with a side plate 3 3 , and the two side plates 3 3 are formed to define a receiving space 3 9 , and the two side plates 3 3 are separated from the two rails 1 2 of the casing 1 A second guide groove 3 4 is formed (as shown in the fourth figure). Each of the side plates 3 3 is provided with a limiting groove 35 extending vertically to the top surface thereof. Each side plate 3 3 is a tooth δ and at least one track groove 3 6 , and the rear end of the track groove 36 is gradually lowered toward the front end. In the drawing, two track grooves are arranged at the front and rear intervals. 3 6 as an example. A pivot hole portion 37 is respectively disposed on opposite sides of the base 30. A through slot 38 is provided near the rear end of the base 30. The bottom surface of the first cover body 40 is provided with two slide plates 42. The outer surface of the two slide plates 42 abuts against the inner side surfaces of the two side plates 33 of the base 30, so that the first cover body 40 can be slidably disposed on the base. The seat is 3 〇 and slides between an open position (such as the twelfth figure) that does not cover the M364391 lens 2 2 and a closed position (such as the third figure) that covers the lens 2 2 . Two wings 41 are horizontally extended on both sides of the first cover 4, and the two wings 41 extend into the two guiding grooves 34 (as shown in the fourth figure), and the top surface of the two wings 4 i abuts the casing i 〇's bar 1 2 bottom. The first cover portion 4 3 is provided with a first mating portion 4 3 '. The first mating portion 43 is a recess in this embodiment. A limiting block 51 is respectively disposed on two sides of the second cover 50. The two limiting blocks 51 are movably received in the two limiting slots 3 $ of the base 3, so that the second cover 50 can be moved up and down. It is movably placed on the base 3 〇. The second cover 5 is provided with two slides 52 at the top of the raft for the corresponding sliding of the slide 42 of the first cover 4Q. Each of the slides 5 2 includes a sloped section 5 2 i, and a level u 2 2 connected to the tilted 5 2 1 . The bottom of the front end of the second cover body 50 is provided with two opposite sliding grooves 53. At least one guiding portion 6 is disposed on each side of the π moving member 60, and the number of the guiding portions 61 is received in the guiding groove 36 of the base 3〇 according to the number of the guiding grooves 36. So that the belt = 6 ◦ can be moved relative to the base 3 沿 along the track slot 36. The driving member 6 2 end has a first engaging portion 43 (i.e., a groove), ' with the first cover 40. The second part of the present embodiment is a second block, but is not limited. The bump can be inserted into the (four) to make J = S ::: the: move 6 〇 move. The second cover body of the driving member 6 〇 :: 50 is synchronously moved by the driving member 6 in front of the sliding groove 5 3 to be slidable relative to the second cover 50. The second cover 50 is movable between 7 M364391 60 and between a raised position (as in the seventh figure) and a lowered position below the raised position (as in the fourteenth view), wherein the second cover 50 When the cover 50 is in the raised position, its top surface is flush with the top surface of the first cover 40 (as shown in the sixth figure). A first abutting end 7 1 and a second abutting end 7 2 are formed on the front and rear ends of the swinging member 70. The first abutting end 7 1 is movable in the receiving space 39 and is located in the second cover. The body 50 and the lower portion of the driving member 60 are configured to drive the second cover 50 to move upward. A recess 7 2 2 is provided at a central position of the second abutting end 7 2 . The second abutment end 7 2 can be passed through the through slot 38 of the base 30. The top of the second abutting end 7 2 forms a slope 7 2 1 which is gradually increased. A pivot portion 73 is disposed on each side of the swinging member 70, and the pivot portion 73 is located between the first abutting end 7 1 and the second abutting end 7 2 . The pivoting member 7 is pivotally connected to the pivoting portion 3 7 ' of the base 30 by the two-frame shaft portion 73. The first abutting end 7 1 and the second abutting end 7 2 of the swinging member 70 can be borrowed. The pivoting portion 7 3 is a fulcrum, and the lower abutting plate 7 1 and the second abutting end 7 2 respectively abut against the bottom of the driving member 60 and the second abutting end 7 2 respectively. The bottom of the first cover 40; by the above composition to form the electronic device of the present invention. When the electronic device is in the off mode, please refer to the sixth to eighth figures, in which the housing 10 is omitted for convenience of explanation, wherein the first cover 40 is in the closed position and the second cover is in the 50 position. In the ascending position, the guiding portion 6 1 of the driving member 6 is located near the rear end of the guiding groove 36, and the first abutting end 7 1 of the swinging member 70 abuts against the bottom of the driving member 60. The second abutting end 7 2 abuts against the bottom of the first cover body 40. Referring to the ninth to eleventh figures, when the first cover body 40 slides forward by a distance of M364391, the slide plate 4 2 is slid to the inclined section 5 of the second cover body 5 ' ' The member 6 is driven by the second matching portion. Also two.::=, mode, while the skateboard 42 is slid to the fifth = 1 累 1 累 盍 50 50 due to the first cover body 40 ϊ; ϊ;:::;: 5 Q has risen by The position is moved to the lowered position, and a single limb 40 is placed over the second cover 5〇, and the first body 50 is moved downward through the chute 5 3 and the slide 6 3 , while the swinging member 7 〇 (4) = ▼ moving parts 6 pieces _ 'to make the / please refer to the sixteenth to eighteenth figure, at this time first, slide 'slide section of the slide plate 4 2 from the second cover 5 ◦ 5 2 =
1使第盖體4◦下壓擺動件7〇的第二抵接端7J 由抵該帶動件60,同時藉 弟配口 4 4 3與弟二配合部6 2的連結 ===後移動(由導引部61已移 置往=)’從而連動第二蓋體5。由該下降位 接端7 2頂部的斜面7 21係往後 =藉:―抵接端 7 ^丄w守w便弟一抵接端7 i平緩地 9 M364391 ^上推動該帶動件6 〇 ’而讓第二蓋體5 ◦平緩地往上移 位置最Ϊ第第：;體40回復至如第六至八圖所示的關閉 〇的開口 U，繼細2住^ 、隹一 Π凊再參閱第一圖至第三圖所示’滑蓋結構3可 雄‘二f) 一彈性件8 〇 ’此處該彈性件8 0為彈 百。弹性件8〇具有一第一媸βτs 哲 件弟81第二端82，彈性 使Π Q為8 1、第二端8 2可與二鉚釘9 0配合， -ί體2 1樞接於該基座3 0，第二端8 2樞接於第 =4 Q且可隨著第―蓋體4 Q同步㈣，從 ^0,置於該基座3◦與第—蓋體4◦之間。彈性㈣ 的數里未有限定，圖式中係以兩個彈性件8 0為例。 動：藉由該二彈性件80之彈力產生半自動地滑 動功犯’而在該第-蓋體4Q與彈 ^ =基座30與彈性件8〇之第二 後2動地令該第一蓋體40繼續滑動至定位。 y閱第十九圖至第二十一圖所示的電子裝置，係揭 蓋結構3 ’與上述實施例的主要差異處在 ▼動件6 0。此外’該基座3 ◦設有多數第 此=一二1’第—蓋體4〇靠近後侧設有對應擔止該 體：二的ί數第二擔止部411，當第-蓋 關 '月^ ’可藉此將第一蓋體4 0播止定位在該 本實施例中’第一播止部3〇1為凸塊，而第 田 11為缺槽，但不限定。第二蓋體50兩侧還 10 M364391 進一步設有與該限位塊5 1間隔設置的另一限位塊5 1’ ，而基座3 0的侧板3 3在與限位塊5 1’對應的位 置也增設有另一限位槽3 5 ’ ，使限位塊51’可移動地 收容於限位槽3 5 ’ ，從而進一步地加強該第二蓋體5 0 在上下移動時的穩定性。該擺動件7 0的第一抵接端7 1 係位在該第二蓋體下方且直接抵接於該第二蓋體5 0的底 部，用以驅動該第二蓋體5 0往上移動。 本實施例滑蓋結構3的作動關係如第二十二圖至第二 十四圖所示，圖式中為便於說明而將殼體1 0省略。 請參閱第二十二圖所示，此時電子裝置呈關閉模式， 而第一蓋體4 0位在該關閉位置，第二蓋體5 0位在該上 升位置。請參閱第二十三圖所示，當第一蓋體4 0往前滑 動一段距離時，滑板4 2滑接至第二蓋體5 0的傾斜段5 2 1，且藉由第一蓋體40下壓第二蓋體50，而使第二 蓋體5 0往下移動。 請參閱第二十四圖所示，此時電子裝置呈開啟模式， 第一蓋體4 0已滑動至該開啟位置，滑板4 2滑接至第二 蓋體5 0的水平段5 22,第二蓋體50已由該上升位置 移動至該下降位置，且第一蓋體4 0疊置於第二蓋體5 0 的上方，並且擺動件7 0的第一抵接端7 1受到第二蓋體 5 0下壓，使得第二抵接端7 2往上翹起。 請再參閱第二十二圖所示，若要使電子裝置回復至關 閉模式，只要使第一蓋體4 0往後滑動至該關閉位置，而 第一蓋體4 0即會下壓擺動件7 0的第二抵接端7 2，使 得第一抵接端7 1往上翹起並推抵該第二蓋體5 0由該下 11 M364391 降位置往上移動至該上升位置，從而使第二蓋體5 0與第 一蓋體4 0共同覆蓋該殼體1 0的開口 1 1 (請配合參閱 第十九圖）。 此外，上一實施例中的彈性件8 0也可應用於本實施 例中，以提供第一蓋體4 0具有半自動滑移的功能。 是以，本創作之滑蓋結構係利用可相互配合的第一蓋 體與第二蓋體，在第一蓋體滑動至該開啟位置時，第二蓋 體即移動至該下降位置；而在第一蓋體滑動至該關閉位置 時，第二蓋體即移動至該上升位置，因此第一蓋體的活動 行程不會受到限制，如此一來，即使在電子裝置之殼體體 積有限的情況下，第一蓋體仍可在殼體内滑動，以避免蓋 體因突出於殼體外而受外力撞擊進而導致損壞的情況發 生，而且該滑蓋結構的構件數量較少，佔用的空間較少， 又提南整體結構之設計感。 惟以上所述僅為本創作之較佳可行實施例，非因此即 侷限本創作之專利範圍，故舉凡運用本創作說明書及圖式 内容所為之等效結構變化，均同理皆包含於本創作之範圍 内，合予陳明。 12 M364391 【圖式簡單說明】 第一圖為本創作之電子裝置的立體分解示意圖。 第二圖為本創作之電子裝置另一角度的立體分解示意圖。 第三圖為本創作之電子裝置的立體組合示意圖，此時該第 一蓋體位在關閉位置。 第四圖為本創作之電子裝置的侧視示意圖。 第五圖為本創作之滑蓋結構的立體組合示意圖，此時該第 一蓋體位在關閉位置。 第六圖為第五圖的侧視示意圖。 第七圖為第五圖的7 — 7剖視示意圖。 第八圖為第五圖的8 — 8剖視示意圖。 第九至十一圖為分別與第六至八圖對應的侧視示意圖及剖 視示意圖，此時該第一蓋體往前滑動一段距離。 第十二圖為本創作之電子裝置的立體組合示意圖，此時該 第一蓋體位在開啟位置。 第十三至十五圖為分別與第六至八圖對應的侧視示意圖及 剖視示意圖，此時該第一蓋體位在開啟位置。 第十六至十八圖為分別與第六至八圖對應的侧視示意圖及 剖視示意圖，此時該第一蓋體往後滑動一段距離。 第十九圖為本創作之電子裝置另一實施例的立體分解示意 圖。 第二十圖為本創作之電子裝置另一實施例另一角度的立體 分解示意圖。 第二十一圖為本創作之滑蓋結構另一實施例的立體組合示 13 M364391 思圖，此時該第一蓋體位在關閉位置。 第，十：圖為第二十-圖的22—22剖視示意圖。 第-十二®為本創作之滑蓋結構另—實施例的剖視示竟 圖’此時該第-蓋體往前滑動—段距離。^1 The second abutting end 7J of the first cover 4 is pressed down against the swaying member 7 由 by the abutting member 60, and the connection between the mate port 4 4 3 and the mate 2 is reversed === The second cover 5 is interlocked by the guide portion 61 to be displaced to =)'. The inclined surface 7 21 at the top of the falling position end 7 2 is backwards and backwards = borrowing: - abutting end 7 ^ 丄 w 守 w 弟 弟 一 abutting end 7 i gently 9 M364391 ^ push the driving member 6 〇 ' And the second cover 5 is gently moved up to the position of the last: the body 40 returns to the opening U of the closed jaw as shown in the sixth to eighth figures, followed by the thin 2 live ^, 隹 Π凊Referring to the first to third figures, the "sliding structure 3 can be male" two f) an elastic member 8 〇 'here the elastic member 80 is a bullet. The elastic member 8 has a first 媸βτs 哲 弟 81 second end 82, the elasticity is such that Π Q is 8 1 , the second end 8 2 can be engaged with the second rivet 90, and the body 2 1 is pivotally connected to the base The seat 30, the second end 8 2 is pivotally connected to the 4th Q and can be placed between the base 3◦ and the first cover 4◦ from the ^0 in synchronization with the first cover 4Q. There is no limit to the number of elastic (4). In the figure, two elastic members 80 are taken as an example. The first cover is moved by the second cover of the first cover 4Q and the base 30 and the elastic member 8 by the elastic force of the two elastic members 80. Body 40 continues to slide to position. Referring to the electronic device shown in Figs. 19 to 21, the main difference between the cover structure 3' and the above embodiment is at the movable member 60. In addition, the base 3 is provided with a plurality of the first = one two 1'-the cover body 4 is adjacent to the rear side and is provided with a second supporting portion 411 corresponding to the body: two, when the first cover is closed The 'month ^ ' can be used to position the first cover 40 in the present embodiment. The first broadcast portion 3 〇 1 is a bump, and the first field 11 is a vacant groove, but is not limited. Further, 10 M364391 on both sides of the second cover 50 is further provided with another limiting block 5 1 ′ spaced from the limiting block 51 , and the side plate 3 3 of the base 30 is in the same with the limiting block 5 1 ′. A corresponding limiting slot 3 5 ′ is also added to the corresponding position, so that the limiting block 51 ′ is movably received in the limiting slot 35 5 ′, thereby further strengthening the stability of the second cover 50 when moving up and down. Sex. The first abutting end 7 1 of the oscillating member 70 is located below the second cover and directly abuts against the bottom of the second cover 50 for driving the second cover 50 upward. . The actuation relationship of the slide structure 3 of this embodiment is as shown in the twenty-second to twenty-fourth drawings, and the housing 10 is omitted for convenience of explanation. Referring to the twenty-second figure, the electronic device is in the off mode, and the first cover 40 is in the closed position, and the second cover 50 is in the raised position. Referring to the twenty-third figure, when the first cover body 40 slides forward a distance, the slider 4 2 is slid to the inclined section 5 2 1 of the second cover body 50 and is covered by the first cover body. The second cover 50 is pressed down 40, and the second cover 50 is moved downward. Referring to the twenty-fourth figure, when the electronic device is in the open mode, the first cover body 40 has been slid to the open position, and the slide plate 42 is slid to the horizontal section 5 22 of the second cover body 50. The second cover 50 has been moved from the raised position to the lowered position, and the first cover 40 is superposed on the second cover 50, and the first abutment 71 of the swinging member 70 is subjected to the second The cover 50 is depressed, so that the second abutment end 7 2 is lifted upward. Referring to FIG. 22 again, if the electronic device is to be returned to the off mode, the first cover body 40 is slid back to the closed position, and the first cover body 40 is pressed down. The second abutting end 7 2 of the 70 is such that the first abutting end 7 1 is lifted up and pushed against the second cover body 50, and the lower position of the lower 11 M364391 is moved upward to the raised position, thereby The second cover 50 and the first cover 40 together cover the opening 1 1 of the housing 10 (please refer to the nineteenth diagram). Further, the elastic member 80 in the previous embodiment can also be applied to the present embodiment to provide the function that the first cover 40 has a semi-automatic slip. Therefore, the slide structure of the present invention utilizes a first cover body and a second cover body that can cooperate with each other, and when the first cover body slides to the open position, the second cover body moves to the lowered position; When the first cover slides to the closed position, the second cover moves to the raised position, so the movable stroke of the first cover is not limited, so that even if the housing of the electronic device is limited in volume The first cover body can still slide in the housing to prevent the cover body from being damaged by external force due to protruding outside the housing, and the sliding cover structure has fewer components and less space. , and also the design of the overall structure of South. However, the above description is only a preferred and feasible embodiment of the present invention, and thus does not limit the scope of the patent of the present invention. Therefore, the equivalent structural changes made by using the present specification and the schema content are all included in the creation. Within the scope of the agreement, Chen Ming. 12 M364391 [Simple description of the diagram] The first figure is a three-dimensional exploded view of the electronic device of the creation. The second figure is a perspective exploded view of another angle of the electronic device of the present invention. The third figure is a three-dimensional combination diagram of the electronic device of the present invention, in which case the first cover is in the closed position. The fourth figure is a side view of the electronic device of the present invention. The fifth figure is a three-dimensional combination diagram of the slide structure of the present invention, in which case the first cover is in the closed position. The sixth figure is a side view of the fifth figure. The seventh figure is a schematic cross-sectional view of Fig. 7-7 of the fifth figure. The eighth figure is a schematic cross-sectional view of Fig. 8-8 of the fifth figure. The ninth through eleventh views are schematic side views and cross-sectional views corresponding to the sixth to eighth figures, respectively, in which the first cover body slides forward a distance. The twelfth figure is a three-dimensional combination diagram of the electronic device of the present invention, in which case the first cover body is in the open position. Figures 13 to 15 are schematic side views and cross-sectional views corresponding to the sixth to eighth figures, respectively, in which case the first cover is in the open position. Figures 16 to 18 are schematic side views and cross-sectional views corresponding to the sixth to eighth figures, respectively, in which the first cover body is slid back a distance. Fig. 19 is a perspective exploded view showing another embodiment of the electronic device of the present invention. Figure 20 is a perspective exploded perspective view of another embodiment of the electronic device of the present invention. The twenty-first figure is a perspective view of another embodiment of the slide structure of the present invention. 13 M364391, the first cover is in the closed position. No. 10: The figure is a schematic view of the 22-22 cross-section of the twentieth-figure. The twelfth-th-one-sliding structure of the present invention is another cross-sectional view of the embodiment. At this time, the first-lid body slides forward-segment distance. ^
二十四圖為本創作之滑蓋結構另—實施例的剖視 圖’此時該第-蓋體位在開啟位置。 【主要元件符號說明】 示意 10 殼體 11 開口 12 執條 13 第一固定部 2 0 照相模組 2 1 本體 2 2 鏡頭 2 3 閃光燈 3 滑蓋結構 3 0 基座 3〇1第一擋止部 31 第二固定部 3 2 容置部 3 3 側板 3 4 導槽 3 5 限位槽 3 5’限位槽 14 M364391 3 6 軌跡槽 3 7 樞孔部 3 8 穿槽 3 9 收容空間 40 第一蓋體 4 1 翼板 411 第二擋止部 4 2 滑板The twenty-fourth embodiment is a cross-sectional view of another embodiment of the slider structure of the present invention. At this time, the first cover is in the open position. [Main component symbol description] Schematic 10 Housing 11 Opening 12 Bar 13 First fixing 2 0 Camera module 2 1 Body 2 2 Lens 2 3 Flash 3 Slide structure 3 0 Base 3〇1 first stop 31 2nd fixing part 3 2 accommodating part 3 3 side plate 3 4 guiding groove 3 5 limiting groove 3 5' limiting groove 14 M364391 3 6 track groove 3 7 pivot hole 3 8 through groove 3 9 accommodating space 40 first Cover 4 1 wing 411 second stop 4 2 skateboard
4 3 第一配合部 50 第二蓋體 5 1 限位塊 5 Γ限位塊 5 2 滑道 521 傾斜段 522 水平段 5 3 滑槽 6 0 帶動件 6 1 導引部 62 第二配合部 6 3 滑軌 7 0 擺動件 71 第一抵接端 72 第二抵接端 15 M364391 7 2 1 斜面 7 2 2 凹部 7 3 樞軸部 8 0 彈性件 8 1 第一端 8 2 第二端 9 0 鉚釘 164 3 First mating part 50 Second cover body 5 1 Limit block 5 Γ Limit block 5 2 Slide 521 Tilt section 522 Horizontal section 5 3 Chute 6 0 Puller 6 1 Guide part 62 Second mating part 6 3 slide rail 70 swinging member 71 first abutting end 72 second abutting end 15 M364391 7 2 1 bevel 7 2 2 recess 7 3 pivot portion 8 0 elastic member 8 1 first end 8 2 second end 9 0 Rivet 16