M319631 八、新型說明： 【新型所屬之技術領域】 本創作為一種滑蓋裝置，係指一種裝設於電子裝置之 上盍與底座之間，藉以令上蓋能相對於底座滑動的滑蓋裝 置。 【先前技術】 由於科技的發達，也使得各種電子裝置朝向輕、薄、 短、小等趨勢發展，一般電子裝置皆具有螢幕等輸出裝置 籲 以及鍵盤等輸入裝置，一般小型電子裝置例如行動電話、 個人數位助理（PDA)等，為了減少攜帶及收納時所佔 的體積，係將螢幕設於上蓋，而鍵盤設於底座上，並使得 • 上蓋及底座可相互疊合以縮小體積，當欲分離上蓋及底座 W 以便於使用時，現有技術係分為摺疊式及滑蓋式兩種，摺 疊式係利用樞紐器使上蓋能相對於底座開啟及閉合，滑蓋 式係藉由滑蓋裝置使上蓋能相對於底座滑動，隨著電子裝 _ 置的功能日新月異，使用者時常需要將上蓋相對於底座轉 -動’然❿，現有技術的滑蓋裝置僅能使上蓋相料底座滑 動，故現有技術的滑蓋裝置確具有其不便之處。 【新型内容】 有鑑於前述之現有技術的缺點，纟創作係設計一種可 轉動的滑蓋裝置，令上蓋能相對於底座滑動且轉動，以便 於使用者多元化的操作。 為達到上述的創作目的，本創作所採用的技術手段為 設計一種可轉動的滑蓋裝置，其申包括： # M319631 一底板； 一相對於底板移動及旋轉的頂板，其相對設於底板一 側； 一彈簧，其包含有相對的第一端及第二端，其中彈簧 之第一端固定於底板上，第一端經由底板與頂板相互固 定； - 一用以使頂板相對於底板移動的第一連接組件，其經 • 由底板與頂板相互固定； • 一用以使頂板相對於底板移動及轉動的第二連接組 件，其經由底板分別與彈簧之第二端及頂板相互固定。 本創作係設於滑蓋式電子裝置中，底板與電子裝置之 - 底座相互固定，頂板與電子裝置之上蓋相互固定。 • 本創作的優點在於，利用連接組件的設置，使得頂板 能連同電子裝置之上蓋相對於底板移動且轉動，並利用彈 簧的設置迫使上蓋能相對於底座定位於開啟或閉合的位 置，故本創作確具有其實用性。 _ 【實施方式】 附圖中所示為本創作之較佳實施例，請參閱第一及二 圖所示，本創作之較佳實施例中包含有一底板（1〇)、 -頂板（f Q )、-彈簀（3 〇 )、—第—連接組件（4 〇 )、一第二連接組件（5 〇 )、及一限位組件（6 〇 )。 前述之底板（1 〇 )之-端其中一側緣上成型有㈣ 角（101)，底板（10)中貫穿成型有兩相平行長條 形的第一滑執（1 1 )及第二滑執（丄2 )，第二滑軌（工 6 M319631 2)略短於第一滑軌（11) ，_弧形執道（i2"貫 穿成型於底板（10)中且與第二滑軌（12)之末端相 接並相連通，弧形軌道（1 2 1 )相對於底板（i 〇 )之 圓弧角（1 0 1 )設置，第-滑軌（i i )、第二滑軌（工 2)及弧形軌道（121)内壁面皆徑向延伸成型有一環 形肩部（1 1 1 ) (122)，底祐 r Ί n、士 + 履扳（10)中貫穿成型 有一固定孔（1 3 )。 前述之頂板（2〇)與底板（1〇) 一侧相接且能相 對於底板（1 〇 )滑移並轉動者，頂把r 9 η、， 型有一第-穿孔（21)、—第-Γ 貫穿成 ,弟 ^ 1 ^ 弟—穿孔（22)及一第三 穿孔（2 3 ) ’頂( 2 0 )之第一穿孔（2 χ ) 底板（1〇)之第-滑軌（11)，頂板（2〇 二 穿孔（22”目對於底板（1〇)之第二滑軌（ 。- 前述之彈簧（3〇)具有相對的第-端（31)及第 二端（3 2 )且位於絲（丄〇 )相異於頂板（2 側，彈菁（3 〇 )之第一端（3 1 )固定於底板（工 上，一固定件（33)貫穿彈黃（3〇)之第 並穿設固定於底板（10)之固定孔（13) 1) 對固定彈f (30)之第1(31)及底板（1(；= 固定件（33)可以鉚合等當目 ) ( 寺吊見固定方式固定於底板（1 〇)之固定孔"）巾，彈簧（30)之第二端（32) 經由第二滑軌（！2)固定於^(2〇)上 閱第五圖所'彈菁（30’）之斷面形狀可呈扁平^ 減少彈黃（3 0 )所佔體積。 M319631 月』述之第—連接組件（40)經由底板（10)之第M319631 VIII. New description: [New technical field] This creation is a slide device, which refers to a slide device installed between the upper cover of the electronic device and the base, so that the upper cover can slide relative to the base. [Prior Art] Due to the development of technology, various electronic devices are also trending toward light, thin, short, and small. Generally, electronic devices have output devices such as screens and input devices such as keyboards, and generally small electronic devices such as mobile phones. In order to reduce the volume occupied by the personal digital assistant (PDA), the screen is placed on the upper cover, and the keyboard is placed on the base, so that the upper cover and the base can be overlapped with each other to reduce the volume when the separation is desired. The upper cover and the base W are convenient for use, and the prior art is divided into two types, a folding type and a sliding type. The folding type uses a hinge to open and close the upper cover relative to the base, and the sliding type is the upper cover by the sliding cover device. It can slide relative to the base. As the function of the electronic device changes with each passing day, the user often needs to turn the upper cover relative to the base. The prior art sliding device can only slide the upper cover phase base, so the prior art The slider device does have its inconvenience. [New Content] In view of the above-mentioned shortcomings of the prior art, the 纟Creating Department designs a rotatable sliding cover device that allows the upper cover to slide and rotate relative to the base for a variety of operations by the user. In order to achieve the above-mentioned creative purpose, the technical means adopted in the present invention is to design a rotatable sliding cover device, which comprises: # M319631 a bottom plate; a top plate that moves and rotates relative to the bottom plate, which is oppositely disposed on the bottom plate side a spring comprising an opposite first end and a second end, wherein the first end of the spring is fixed to the bottom plate, the first end is fixed to the top plate via the bottom plate; - a first part for moving the top plate relative to the bottom plate a connecting assembly, which is fixed to each other by the bottom plate and the top plate; • a second connecting component for moving and rotating the top plate relative to the bottom plate, which is fixed to the second end of the spring and the top plate via the bottom plate respectively. The creation system is arranged in the slide type electronic device, and the bottom plate and the base of the electronic device are fixed to each other, and the top plate and the upper cover of the electronic device are fixed to each other. • The advantage of this creation is that with the arrangement of the connection assembly, the top plate can be moved and rotated together with the upper cover of the electronic device relative to the bottom plate, and the arrangement of the spring is used to force the upper cover to be positioned in the open or closed position relative to the base, so the creation It has its practicality. [Embodiment] The preferred embodiment of the present invention is shown in the drawings. Please refer to the first and second figures. The preferred embodiment of the present invention includes a bottom plate (1〇) and a top plate (f Q). ), - magazine (3 〇), - first connection assembly (4 〇), a second connection assembly (5 〇), and a limit assembly (6 〇). The end of the bottom plate (1 〇) has a (four) angle (101) formed on one side edge thereof, and a first sliding (1 1 ) and a second sliding shape formed by two parallel parallel strips are formed in the bottom plate (10). Hold (丄2), the second slide rail (Work 6 M319631 2) is slightly shorter than the first slide rail (11), and the _ arc-shaped guide rail (i2" is formed through the bottom plate (10) and with the second slide rail ( 12) The ends are connected and connected, and the curved track (1 2 1 ) is set with respect to the arc angle (1 0 1 ) of the bottom plate (i 〇), the first-slide (ii) and the second slide (work) 2) and the inner wall surface of the curved track (121) is radially extended to form an annular shoulder (1 1 1 ) (122), and a fixing hole is formed through the bottom of the bottom r n 、 n, 士+ 履 (10) (1) 3) The top plate (2〇) is connected to one side of the bottom plate (1〇) and can be slid and rotated relative to the bottom plate (1 〇), the top handle r 9 η, and the type has a first through hole (21) , -第第, through, brother ^ 1 ^ brother - perforation (22) and a third perforation (2 3 ) 'top (20) first perforation (2 χ) bottom plate (1〇) of the first - slip Rail (11), top plate (2 〇 two perforations (22" mesh for the bottom plate (1 〇) The second slide rail (.-the aforementioned spring (3〇) has opposite first end (31) and second end (3 2 ) and is located on the top plate (2 side, elastic side (3) The first end (3 1 ) of the 〇) is fixed to the bottom plate (on the work, a fixing member (33) runs through the first part of the elastic yellow (3 〇) and is fixed to the fixing hole (13) fixed to the bottom plate (10) 1) The first (31) of the fixed projectile f (30) and the bottom plate (1 (; = the fixed part (33) can be riveted, etc.) (The temple is fixed to the fixed hole of the bottom plate (1 〇).) The second end (32) of the spring (30) is fixed to the ^(2〇) via the second sliding rail (!2). The cross-sectional shape of the elastic crystal (30') in the fifth figure can be flat ^ Reducing the volume occupied by the yellow (30). M319631, the first description of the connection component (40) via the bottom plate (10)
一-C I ^ 1 1 )相對連接底板（1 0 )及頂板（2 0 )， 第連接組件（40)包含有一第一插銷（41)及一第 一承接片（"/!〇、 、42) ’第一承接片（42)設於頂板（20) ^底板：1 0 )之間且相對於底板（1 0 )之第一滑軌（1 1 )第一播銷（4 1 )設於底板（1 〇 )相異於頂板（2 〇)之側且貫穿第一滑執（11)、第一承接片（42) 及頂板（2 0 )之第一穿孔（2 1 )，第一插銷（4 1 ) .:端固疋於頂板（20)之第-穿孔（21) +，第-插 銷（4 1 )及第_承接片（4 2 )相對抵靠於第—滑執（工 1 j之肩部（1 1 1 )兩側，以使第一連接組件（4 〇 ) 與第-滑執（1 1 )中移動時保持穩定。 前述之第二連接組件（5 0 )經由底板（工〇 )之第 二滑執（12)相對連接底板（1Q)、彈簧（3〇)及 員板（2 0 )，第二連接組件（5 〇 )包含有—第二插銷 | ^ 5 1 ) 中介片（5 2)及一第二承接片（53)， 第二承接片（5 3 )設於頂板（2 〇 )與底板（丄〇 )之 間且相對於第二滑軌（12)，中介片（52)設於彈# j 3 0 )之第二端（3 2 )與底板（丄〇 )之間且相對於 第二滑軌（1 2 )，第二插銷（5 i )設於彈簧（3 〇 ) 相異於底板（1 〇 )側且貫穿彈菁（3 〇 )之第二端（3 2 )中”片（5 2 )、第二滑執（工2 )、第二承接片 (53)及頂板（20)之第二穿孔（22)，且第二插 銷（5 1 )末端固定於頂板（2 〇 )之第二穿孔（2 2 ) 8 M319631 :、中”片（52)及第二承接片（53)相對抵靠於第 ’月執（1 2 )之肩部（1 2 2 )兩側，以使第二連接組 件（5 Q >於第二滑執（1 2 )中移動時保持穩定。 ，請參閱第二及四圖所示，前述之限位組件（6 〇 )( 6 )"底板（10)具有圓弧角（1〇)之週緣並設 ;頁板（2 〇 )上，用以限制底板（丄〇 )與頂板（2 〇 ) 的相對位置關係，如第一及二圖所示之實施例+，限位組 件（6 0 )包含有一限位插銷（6 i )及一限位承接片（6 2 ) ’限位承接片（6 2 )言交於底板（1 0 )之週緣與頂 板（2 0 )之間，限位插銷（6 i )穿設於限位承接片j 6 2 )及頂板（2 〇 )之第三穿孔（2 3 ”，且限位插銷 (6 1 )末端固定於第三穿孔（2 3 )中，限位插銷（6 1 )及限位承接片（6 2 )夾持底板（1 〇 )之週緣，以 ，頂板（2 〇 )相對於底板（1 〇 )移動時保持穩定，如 第二及四圖中所示之實施例，限位組件（6 〇，）為一 L 形承架其一體成型於頂板（2 0’）末端，限位組件（6 2 )具有-長槽（6 1，），長槽（6 1，）抵靠於底 (1 〇 )週緣以使頂板（2 〇 )相對於底板（ 動時保持穩定。 明參閱第六及八圖所示，本創作係設於滑蓋式電子裝 置中，例如滑蓋手機，底板（1 0 )與電子裝置之底座（8 0)相互固定，頂板（2〇)與電子裝置之上蓋（7〇) 相互固定。 請參閱第六及七圖所示，電子裝置呈閉合狀態時，上 M319631 二：〇)與底座（8〇)完全重合’此時彈簧（30) =力作用將第二連接組件（5〇)維持於第二滑軌㈠ 之起始端，進而迫倍音士彳 n、 、使頂板（2 0 )相對位於底板（1 )之相異於圓弧角（101)端緣上，故上蓋（70) 用而能穩固的閉合於底座（80)上，不受撞擊 外力開啟，此時第-連接組件（4Q)受頂板（2 制維持於第-滑軌之起始端，而限位組件 〇)同樣受頂板（20)限制維持於底板（1〇)之 ❿相異於圓弧角（1 0 1 )端緣上。 8士，閱第八及九圖所示，當使用者欲開啟電子裝置 二’ i蓋（7 0 )使得頂板（2 0 )以第一及第二連 .接組件（40) (5(n沿底板（10)之第一及第二; •二(1 ( 1 2 )移動’限位組件（6 0 )沿底板（i 邊緣移動’ t第—連接組件（4〇)移動至第—滑 1 )之末端時則無法再繼續移動，此時繼續推動 . 现（7 0 )則使得第二連接έ侔（ •( 视1件（5 0 )移動入弧形軌道 - )中，而限位組件（6 0 )沿底板（！ 〇 ) 弧角（101)移動。 …）之® 士:參閱第十及十—圖所示，當繼續推動上蓋（ 日守’第二連接組件（5 0 )沿弧形軌道（1 2 1 )移動 且限位組件（60)沿底板（1〇)之圓弧角（’ 移動，此時頂杯（9 η、* 1 ) 件上蓋（7〇)以第-連接組 (40)為㈣相對於底板（1 Q)及底 轉，且利用彈菁㈡0)之彈力將第二連接組〇 = M319631 隹頂至弧形執道（1 2 1 )之末端，而使得上i ( 了 cn 目對底座（8 〇)而言定位於旋轉開啟的位置。 【圖式簡單說明】 第一圖為本創作之立體外觀圖 第二圖為本創作之元件分解圖 第一圖為本創作另一實施例之立體外觀圖 第四圖為本創作另一實施例之元件分解圖 第五圖為本創作之彈簧另一實施例放大圖 第六圖為本創作之實施狀態圖 第七圖為本創作之正視圖 第八圖為本創作實施狀態之動作圖 第九圖為本創作之正視動作圖 第十圖為本創作實施狀態之另一動作圖 第十一圖為本創作之另一正視動作圖 【主要元件符號說明】 (1 〇 )底板 (1 1 )第一滑執 (1 2 )第二滑軌 (1 2 2 )肩部 (2 1 )第一穿孔 (2 3 )第三穿孔 (3 1 )第一端 (3 3 )固定件 (4 1 )第一插銷 (101)圓弧角 (1 1 1 )肩部 (1 2 1 )弧形執道 (2 0 )頂板 (2 2 )第二穿孔 ( 3 0 ) ( 3 0，）彈簧 (3 2 )第二端 (4 0 )苐一連接組件 (4 2 )第一承接片 11 M319631 (50)第二連接組件（5 (5 2 )中介片 （5 (6 0 )限位組件 （6 (6 2 )限位承接片 （6 (61’ ）長槽 （7 (8 0 )底座 1 )第二插銷 3 )第二承接片 1)限位插銷 〇 ’ ）限位組件 0 )上蓋a -CI ^ 1 1 ) opposite connection base plate (10) and top plate (20), the first connection assembly (40) includes a first pin (41) and a first receiving piece ("/!〇, 42, The first receiving piece (42) is disposed between the top plate (20) and the bottom plate (10) and is opposite to the first sliding rail (1 1 ) of the bottom plate (1 0 ). The first broadcast pin (4 1 ) is provided at The bottom plate (1 〇) is different from the side of the top plate (2 〇) and penetrates the first sliding piece (11), the first receiving piece (42) and the first perforation (2 1 ) of the top plate (20), the first pin (4 1 ) .: the first end of the top plate (20) - perforation (21) +, the first - pin (4 1) and the first receiving piece (4 2) relative to the first slipper (work 1 The shoulders of the j (1 1 1 ) are both sides to stabilize the movement between the first connecting component (4 〇) and the first sliding gate (1 1 ). The aforementioned second connecting component (50) passes through the bottom plate ( The second sliding handle (12) is opposite to the bottom plate (1Q), the spring (3〇) and the member plate (20), and the second connecting component (5 〇) includes a second pin | ^ 5 1 ) An intermediate piece (52) and a second receiving piece (53), and a second receiving piece (53) is provided on the top plate (2 〇) Between the bottom plate (丄〇) and the second slide rail (12), the interposer (52) is disposed between the second end (3 2 ) of the bullet # j 3 0 ) and the bottom plate (丄〇) In the second sliding rail (12), the second latch (5i) is disposed on the side of the bottom plate (1 〇) of the spring (3 〇) and penetrates the second end (3 2 ) of the elastic phthalocyanine (3 〇) a second hole (22) of the piece (5 2 ), the second sliding piece (2), the second receiving piece (53) and the top plate (20), and the end of the second pin (5 1 ) is fixed to the top plate (2)第二) The second perforation (2 2 ) 8 M319631 :, the middle piece (52) and the second receiving piece (53) are opposite to each other on the sides of the shoulder (1 2 2 ) of the first month (1 2 ) So that the second connecting component (5 Q > remains stable when moving in the second sliding (1 2 ). Please refer to the second and fourth figures, the aforementioned limit component (6 〇) (6) "The bottom plate (10) has a circumference of a circular arc angle (1〇); the page board (2 〇) is used to limit the relative positional relationship between the bottom plate (丄〇) and the top plate (2 〇), such as the first and In the embodiment shown in FIG. 2, the limit component (60) comprises a limit pin (6i) and Limiting support piece (6 2 ) 'The limit receiving piece (6 2 ) is placed between the periphery of the bottom plate (10) and the top plate (20), and the limit pin (6 i ) is inserted through the limit receiving piece j 6 2 ) and the third perforation (2 3 ” of the top plate (2 〇), and the end of the limit pin (6 1 ) is fixed in the third perforation (2 3 ), the limit pin (6 1 ) and the limit receiving The sheet (6 2 ) holds the periphery of the bottom plate (1 〇) so that the top plate (2 〇) is stable when moving relative to the bottom plate (1 〇), as in the embodiment shown in the second and fourth figures, the limit assembly (6 〇,) is an L-shaped bracket integrally formed at the end of the top plate (20'), and the limiting component (6 2 ) has a long groove (6 1,), and the long groove (6 1,) abuts against The bottom (1 〇) circumference is such that the top plate (2 〇) is relatively stable relative to the bottom plate. As shown in Figures 6 and 8, the creation is in a slide-type electronic device, such as a slider phone, the bottom plate (10) and the base (80) of the electronic device are fixed to each other, and the top plate (2〇) and The upper cover of the electronic device (7〇) is fixed to each other. Please refer to the sixth and seventh diagrams. When the electronic device is closed, the upper M319631 2:〇) is completely coincident with the base (8〇). At this time, the spring (30)=force acts to connect the second connecting component (5〇) Maintaining at the beginning of the second slide rail (1), and forcing the double-sounding 彳n, so that the top plate (20) is located at the edge of the bottom plate (1) different from the arc angle (101), so the upper cover (70) It can be firmly closed on the base (80) and is not opened by the impact external force. At this time, the first connecting component (4Q) is supported by the top plate (2 is maintained at the starting end of the first sliding rail, and the limiting component is the same) It is limited by the top plate (20) to maintain the bottom plate (1〇) at the edge of the arc angle (1 0 1 ). 8 s, as shown in the eighth and ninth figures, when the user wants to open the electronic device 2' i cover (70), the top plate (20) is connected to the first and second connecting components (40) (5 (n First and second along the bottom plate (10); • Two (1 (1 2) moving 'stop assembly (60) along the bottom plate (i edge movement 't-connection assembly (4〇) moves to the first-slip At the end of 1), it is no longer possible to continue moving. At this time, continue to push. Now (7 0 ) makes the second connection έ侔 ( • (1 0 (5 0 ) moves into the curved track - ), and the limit The component (60) moves along the bottom plate (! 〇) arc angle (101). ...): See the tenth and tenth-pictures, while continuing to push the upper cover (Japan's second connection component (5 0) Move along the curved track (1 2 1 ) and the limit component (60) along the bottom plate (1〇) at the arc angle ('moving, at this time the top cup (9 η, * 1) is covered by the cover (7〇) - the connection group (40) is (iv) relative to the bottom plate (1 Q) and the bottom turn, and the second connection group 〇 = M319631 is erected to the end of the curved road (1 2 1 ) by the elastic force of the elastic cyanine (2) 0), And make i (the cn head to the base (8 〇) The first picture is the exploded view of the creation. The first picture is the perspective view of the other part of the creation. The fourth picture is the fourth picture. 5 is an enlarged view of another embodiment of the spring of the present invention. FIG. 6 is a front view of the creation of the present invention. The action diagram of the state The ninth diagram of the front view of the creation is another action diagram of the creation state of the creation. The eleventh figure is another front view of the creation of the creation [the main component symbol description] (1 〇) Base plate (1 1 ) first slide (1 2 ) second slide (1 2 2 ) shoulder (2 1 ) first perforation (2 3 ) third perforation (3 1 ) first end (3 3 ) fixed Piece (4 1 ) first pin (101) arc angle (1 1 1 ) shoulder (1 2 1) arc way (2 0) top plate (2 2 ) second perforation (30) (30) Spring (3 2 ) second end (4 0 ) 连接 a connecting assembly ( 4 2 ) first receiving piece 11 M319631 (50) second connecting assembly (5 (5 2 ) interposer (5 (6 0) limit Component (6 (6 2 ) Limit socket (6 (61') long slot (7 (8 0 ) base 1) Second latch 3) Second socket 1) Limit latch 〇 ‘ ) Limiting component 0 ) Top cover
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