1358720 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種設於電腦的移動存取設備用塢站。 【先前技術】 由於樓帶資料的方便性，移動存取設備已經越 到人們的喜愛。尤其移動硬碟機，更因其存取容量 二 到廣泛的使用。目前’移動硬碟機在與電腦作資料交換時仔 都需要另外使用資料線和電源線來與電腦主機插接。、一方 面，資料線和電源線插拔和攜帶很不方便，插拔操作麻須， 而且線體過多使得電腦周圍環境顯得很雜亂；另一方面、 電;連接後’通常都被隨手搁置，操作者报 失易因為疏〜、大思而使移動硬碟機跌落，帶來不必要的損 因是，實有必要提供一種移動存取 除上述缺失。 ㈣存取4料站，以消 【發明内容】 馨於以上内容，有必要提供一種用 移動存取設備㈣動絲設制塢站。栽並方便插拔 備，取設備用塢站，用於容置-移動存取設 進出^ ’該機架包括—供該移動存取設備 進出的入口’該移動存取設備設有連接器 -設置於該機架上並可沿一第一方向严：站還包括. 部，：古 π J. _ /月動的第一滑動 /、上扠有一凸柱，該機架設有至少一约 典 部滑動的第一彈性元件； k第一β動 7 —设置於該第一滑動部上 _ 有與該移動存取設備的逄捿a t 4 ’其上設置 —π 接盗相匹配的連接器；以及 —玟置於該機架上的第二 唁撫赵，儿咕 月動σ丨其包括一可相對於 “機架>。-第二方向滑動 一湣祕、、尽缸仏对、 '月塊u及一可相對於該第 塊/月動的弟二滑塊，該第一 約凌兮筮ώ 罘/月塊與該機架之間設有一 约束㈣-滑塊滑動的第二彈性4 二滑塊之間設有一約克兮筮、Ά π塊與該第 在 Μ第一α塊滑動的第三彈性元件， 在該苐一滑塊與第二滑塊上此 一 尼上/、门形成一槽道，該槽道包括 第二拐點、一定位點及一第三拐 入口、一第一拐| 點；其中 韻=:該!一方向的第一力將該移動存取設備由 ==時，該移動存取設備推動該連接器裝置 ，動該第一滑動部及其凸柱在第-彈性元件的彈性約 束下沿該第-方向滑動’該凸柱由該槽道的人口進入，並 推動該第—滑動部在該第二彈性元件的彈性約束下沿該第 -方向滑動’直至到達該槽道的第—拐點，而後該第 動部在該第二彈性㈣的彈性回復力作用下沿該第二方向 =滑動，直至該凸柱到達該槽道的第二拐點，撤銷該 弟力時，該第一滑動部在該第一彈性元件的彈性回復力 作用下沿該第-方向的反向滑動，該第二滑動部在該第二 彈=元件的彈性回€力作用下沿該第二方向的反向滑動丁 使得該凸柱到達並定位於該槽道的定位點； 當再次給於該移動存取設備一沿該第一方向的第二力 時該第/月動部及其凸柱在該第一彈性元件的彈性約束 8 1358720 • ι第方向滑動，該第二滑動部在該第二彈性元件的 、Ρ復力作用下沿該第二方向的反向滑動，直至該凸柱 • $槽道的第二拐點，而後當撤銷該第二力時，該第一 八凸柱在該第一彈性元件的彈性回復力作用下沿 向的反向滑動’該凸柱接觸並推動該第二滑塊， 第滑塊在該第三彈性元件的彈性約束下相對於該 、、典播二访:動’而後該凸柱由該槽道的入口脫出，該第二 二第一^第三彈性元件的彈性回復力作用下恢復至肩位， -:==:::=::ΓΓ力作用下恢復 存取取設備用瑪站使用簡單便捷。插入移動 存取叹備時’只需將其推入塢站； 只需輕輕將其按磨便可彈出。 存取认備時’ 【實施方式】 睛參閲圖1及圖2，JL令羞 λ發明較佳實施& ，、疋義了私準的χ-y坐標系。本 # ,⑽佳實〜方式的移動存取設備用塢站包括 可/h轴方向滑動的第—滑動部％，—$置於二 π動部30上的連接器裝置部％， 丄 的一第二滑動部70。 y軸方向滑動 機架10為常見的槽形，其 (圖未示），1包括一可姑八 —電腦主機機箱内 出的入口 U，：靠近入口1綱存取設備沿x轴方向進 罪近入口 11設置、用於承 備的托板!3,以及形成於托板13兩侧的子取設 取設備滑入滑出的導槽17”軸由機h。的==子 9 1358720 .，二=架10的左側壁指向右側壁。托 •於減小移動存平行㈣條15,滑條15用 *方式㈣動存取1:之間的滑動摩擦。在本實施 動邱30 /其動部30設置於靠近機架10的末端處。第-滑 動。p 30的基面與機架 的兩側分別今古一格4 。 孜1J等同，弟一滑動部3〇 折邊33，從而1 每一播板31頂端彎折形成一 的作用。帛a丨導㈣麵設騎人第―滑動部30 —滑動部3〇底面向下凸設一小凸柱35 (見圖 簧37。扭部的3〇與機架1〇的兩側壁之間分別設有一扭 X轴正^叙&用是：當—外力迫使第—滑動部30沿 力撤銷第受=產生彈性回… 施方式中，利用ί 3〇反向滑動。顯然’在其他實 亦可達到相同作用他彈性7^例如拉簧或壓簀替換扭簣37 •末端連連接接器^置晋部/〇設轴所指向的第一滑動部川的 匹配並鱼雷:。卩5〇上5又置與移動存取設備的連接器相 · ' 腦主機板（圖未示）電性連接的連接琴。在本 實施方式中，遠技 妖刃埂按益在本 器。 4接$裝置5G包括—USB及-電源連接 末端1 = : = =3至】勺5’第二滑動部7〇設於機架10 滑塊80 '月3 θ、、包括可沿y軸方向滑動的-第-/月塊80以及一第二滑塊9〇。 弟 帛-滑塊80包括一位於其中部的心形容置區、一位於 1358720 .該心形容置區左側的第一掛釣81及__位於該 '右側的第二掛鈎83。該心形容置區包括一靠近機架 端的Μ形槽道85、一與M形槽道85相接的三角形孔87、 -介於Μ形槽道85與三角形孔87之間的凸設的大致呈v 形的擋止塊86及-與三角形孔87相接的短槽道，咳短槽 道形成-入口 7hM形槽道85包括一第一拐點乃s 二拐點73、-形成於擋止⑽的v形區的定位點％及一 第二拐點75 °第一滑塊80底部形成-滑槽89,滑槽89 與三角形孔87相接。滑槽19的左側壁伸出一掛鈎二， 拉貫811連接於掛釣191與第一滑塊8〇的第一掛釣μ 之間。 第^滑塊9〇頂部突出一凸台91，右侧伸出一掛鈎93。 >月塊90可滑動地裝設於第一滑塊8〇底部的滑槽89 ’且其凸纟91可移動地容置於第一滑塊8〇的三角形孔 於7二凸㈣的左側壁為-與x軸、y軸均有夹角的平行 二二形孔87的左側壁的斜壁；凸台91的右側壁包括一 :入:滑二的M形槽f 8 5的斜壁及-靠近第-滑塊 連，△ 壁，凸台91的右側斜壁和右側直壁相 凸口 91的右側斜壁與X軸、y軸均有夾角，凸台μ 直壁沿X轴方向設置並平行於三角形孔87右側壁。 的笛Γ 833連接於第二滑塊90的掛鈎93與第一滑塊80 第一·掛釣83之間。1358720 IX. Description of the Invention: [Technical Field] The present invention relates to a docking station for a mobile access device provided in a computer. [Prior Art] Due to the convenience of the floor data, mobile access devices have become more popular. In particular, the mobile hard disk drive is more widely used due to its access capacity. At present, the mobile hard disk drive needs to use another data cable and power cable to plug into the computer host when exchanging data with the computer. On the one hand, the data cable and the power cable are very inconvenient to plug and unplug, and the operation and handling of the whiskers, and the excessive body of the wire makes the environment around the computer appear very messy; on the other hand, the electricity; after the connection, it is usually left on hold. The operator reported that the mobile hard disk drive was dropped due to sparseness and thinking, which caused unnecessary damage. It is necessary to provide a mobile access in addition to the above-mentioned missing. (4) Accessing 4 material stations, to eliminate [Invention content] In the above content, it is necessary to provide a docking station with mobile access devices (4). Planting and convenient plugging and unloading, taking the equipment docking station for accommodating-moving access setting in and out ^ 'The rack includes - the entrance for the mobile access device to enter and exit 'The mobile access device is provided with a connector - It is disposed on the frame and can be along a first direction: the station further includes a part, an ancient π J. _ / month moving first sliding /, the upper fork has a stud, the rack is provided with at least one quotation a first sliding member that slides; k is first disposed on the first sliding portion _ having a connector that matches the π at the 逄捿 at 4' of the mobile access device; And - the second 唁 赵 Zhao placed on the rack, the child 咕 动 丨 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 - - - - - - - - - - - - - - - - - - - The month block u and a second slider that can be moved relative to the first block/month, the first elastic ring/month block and the frame are provided with a constraint (four)-the second elasticity of the slider sliding 4 Between the two sliders is provided a York 兮筮, Ά π block and the third elastic element sliding on the first α block, on the first slider and the second slider The upper door and the door form a channel, the channel includes a second inflection point, an positioning point and a third inflection point, and a first inflection point; wherein the rhyme =: the first force in the direction of the When the mobile access device is ==, the mobile access device pushes the connector device, and the first sliding portion and the stud thereof slide along the first direction under the elastic constraint of the first elastic member. a population of the channel enters and pushes the first sliding portion to slide along the first direction under the elastic constraint of the second elastic member until reaching a first inflection point of the channel, and then the first moving portion is at the second The elastic restoring force of the elastic (four) slides along the second direction = until the protruding post reaches the second inflection point of the channel, and the elastic recovery force of the first sliding portion at the first elastic member is cancelled when the young force is cancelled Acting in the reverse direction of the first direction, the second sliding portion is slid in the second direction by the elastic returning force of the second elastic member, so that the protruding rod reaches and is positioned at the The positioning point of the channel; when the mobile access device is again given along the first a second force in the direction, the first/month moving portion and the protrusion thereof sliding in the first direction of the elastic constraint 8 1358720 • ι of the first elastic element, and the second sliding portion is in the second elastic element Lower sliding in the second direction until the second inflection point of the studs and the channel, and then, when the second force is removed, the elastic restoring force of the first eight-column on the first elastic member a reverse sliding of the lower direction' the protrusion contacts and pushes the second slider, and the first slider is opposite to the second elastic element under the elastic constraint, and the second column is moved: and then the protrusion is The inlet of the channel is disengaged, and the elastic recovery force of the second and second first elastic members is restored to the shoulder position, and the::==:::=:: The station is simple and convenient to use. Insert the mobile access sniper 'just push it into the docking station; just tap it gently to pop it up. When accessing and accommodating ‘Embodiment】 With reference to Fig. 1 and Fig. 2, JL makes the simplification of the invention and the y-coordinate system.本#, (10) The implementation of the docking station for the mobile access device of the Jiashi~ mode includes the first sliding portion % that can slide in the /h axis direction, - the connector device portion % placed on the two π moving portion 30, one of the The second sliding portion 70. The sliding frame 10 in the y-axis direction is a common trough shape, which is not shown in the figure, and includes an inlet U in the chassis of the computer mainframe, and is sinned along the x-axis near the entrance 1 access device. The near inlet 11 is provided, the pallet for the preparation! 3, and the sub-fetching device formed on both sides of the pallet 13 slides into the sliding guide groove 17" by the machine h. == sub 9 1358720. 2, the left side wall of the frame 10 points to the right side wall. The supporter is reduced in the parallel (four) strip 15 of the movement, and the slide bar 15 is moved by the *4 (four) movement access: the sliding friction between the movements. The moving portion 30 is disposed near the end of the frame 10. The sliding surface of the first sliding frame p30 and the two sides of the frame are respectively four. The same as the one of the frame, the sliding portion 3 is folded and the side 33 is folded. 1 The top end of each of the panels 31 is bent to form a function. The 帛a丨 (4) surface is provided with the rider's first sliding portion 30. The sliding portion 3 has a small protrusion 35 protruding downward from the bottom surface (see the spring 37. A twisted X-axis is provided between the three sides of the frame and the two side walls of the frame 1 用. When: the external force forces the first sliding portion 30 to retreat according to the force to generate the elastic return... Use ί 3〇 to slide backwards. Obviously 'in other ways, it can achieve the same effect. He elastic 7^such as tension spring or compression to replace the twist 篑 37 • End connection connector ^ set the Jin Department / 〇 set the axis pointed to A sliding part of the matching and torpedo: 卩5〇上5 is also connected to the connector of the mobile access device, 'the brain board (not shown) is electrically connected to the connecting piano. In the present embodiment, far The technology is in the device. 4 connected $ device 5G includes - USB and - power connection end 1 = : = = 3 to > spoon 5 'the second sliding part 7 is set in the rack 10 slider 80 'month 3 θ, including a -th-month block 80 slidable in the y-axis direction and a second slider 9 〇. The sister-slider 80 includes a heart-shaped receiving area at the middle portion thereof, and one at 1358720. The first hanging fishing 81 on the left side of the heart-shaped accommodating area and the second hook 83 located on the right side of the right side of the heart-shaped accommodating area include a Μ-shaped channel 85 near the end of the frame and an interface with the M-shaped channel 85. a triangular hole 87, a protruding substantially v-shaped stop block 86 between the meandering channel 85 and the triangular hole 87, and a short channel connected to the triangular hole 87, a cough short groove The track forming-inlet 7hM-shaped channel 85 includes a first inflection point, which is a second inflection point 73, an anchor point % formed in the v-shaped region of the stop (10), and a second inflection point 75° formed at the bottom of the first slider 80. The groove 89 and the chute 89 are connected to the triangular hole 87. The left side wall of the chute 19 protrudes from a hook 2, and the pull 811 is connected between the hanging fishing 191 and the first hanging fishing μ of the first slider 8〇. ^The slider 9 has a boss 91 protruding from the top and a hook 93 extending from the right side. The triangular hole of the first slider 8〇 is formed on the left side wall of the 7-two convex (four) is an inclined wall of the left side wall of the parallel two-shaped hole 87 having an angle with the x-axis and the y-axis; the boss 91 The right side wall includes one: the inclined wall of the M-shaped groove f 8 5 of the sliding two and the - the first sliding block, the △ wall, the right inclined wall of the boss 91 and the right side inclined of the right straight wall phase convex 91 The wall has an angle with the X-axis and the y-axis, and the boss μ straight wall is disposed along the X-axis direction and parallel to the right side wall of the triangular hole 87. The snapper 833 is coupled between the hook 93 of the second slider 90 and the first slider 80.
-心形掸：,七7〇的第一滑塊80和第二滑塊90共同形成 乂槽1 (如圖4)，該心形槽道包括了入口 71及M 11 1358720 :^ 85的第-拐點72、第二拐點73、定位點74及第： 知點75。 — 以下：ί合圖卜_ 2及圖6A至6E，使用時，主要經過 :圖1及圖2所示，在初始狀態下，用—力F將移動 :取；圖未示）由機架1〇的入口 11推入本發明移動 接哭站，使移動存取設備的連接器接觸並推動連 -二部5〇上的對應連接器，從而帶動第-滑動部30 向滑動，直至第一滑動部3〇底部的凸柱35進入 部7〇的心形槽道的入口 71。同時’扭簧37在第 -滑動部3〇壓迫下產生形變。 在弟 第一；示，繼續推動移動存取設備，凸柱35隨著 動部70的。第 '沿X轴方向持續滑動，凸柱35接觸第二滑 動第二滑=!塊Γ凸台91的左侧斜壁並同時順勢推 上Γ:。至向:推動’從而第二滑動部7。整體㈣ 過程中，到達"形槽道的第—拐點72。此 拉！ 811被拉伸，扭簧37進一步形變。 沿=二:示，繼續推動移動存取設備，凸柱％繼續 7〇沿y軸二：簧811的彈性回復力帶動第二滑動部 點π 至凸柱35到達心形槽道的第二拐 取設備移動存取設備的連接器已經與本發明移動存 對接，而扭箐⑼上的對應連接器完全 12 1358720 如圖6C所示，撤銷施於移動存取設備的力f，第一滑 動部30帶動其上的移動存取設備在扭簧37的彈性回復力 作用下沿X軸反向滑動，而第一滑動部3〇的凸柱％在心 Z槽道内沿X轴反向滑動，且拉簧811的彈性回復力帶動 苐-滑動部70沿y軸向左滑動，直至凸柱％到達心形槽 =的定位點74。此時，扭簀37的彈性回復力將保證第一 動部3G的凸柱35頂靠於第—滑動塊⑽的撞止塊％並 之位於第二滑動部7G的心形槽道的定位點74。這樣，便 將移動存取設備收容於本發明移動存取設備用塢站中並保 持移動存取設備與電腦的電性連接。 圖6D所示，要從本發明移動存取設備用塢站中取 出移動存取設備時，用一力f#輕推動移動存取設備，從 而帶動第-滑動部30及其凸柱35沿、轴正向滑動，凸柱 35夕漸遠離第二滑動部7〇的心形槽道的定位點％同時， 拉簧811釋放其剩餘的全部彈性回復力而使得第二滑動部 沿y軸向左滑動至初始位置，直至凸柱 ^三拐點75。此時，扭菁37又一次被進一步屋縮： —m動部70的第—滑塊8〇抵頂於機架1〇的滑. 左側壁。 如圖6E所示，撤銷施於移動存取設備的力f，扭簧 f放其全部彈性回復力迫使第—滑動部30沿1反向滑 從而使第一滑動部3〇的凸柱％力第二滑動部7〇的心 7n g "τ向x軸反方向滑動，凸柱35觸及並抵壓第二滑動部 的第二滑塊90的凸台91的右侧斜壁，使得第二滑塊9〇 13 1358720 箬^33 %的第—滑塊8G沿Μ向左滑動’拉 换〇破拉伸，第一滑動部3〇的凸柱35隨即沿著第 塊9〇的W 91的_直㈣動並由㈣槽道的入弟口一二 脫出’拉簧如恢復並將第二滑塊9〇拉回原位。第一 軸仙下恢復至原健帶動移動存取^備 1 °此時’移動存取設傷將部分外露於本發 明移動存取設備用塢站的 設備即可將其取出。要_拉動移動存取 ”’顯而易見的是’本實施方式中的拉簧811、M3 的功能還可以由扭簧、壓菁等其他彈性元件來實現。 存取= 設備用_使用簡單便捷。插入移動 一 _’/、而將其推入塢站；拔出移動存取設備時， 只需輕輕將其按壓便可彈出。 另外，在其他實施方式中，為實現相同的功能，可以 將本發明移動存取設備用塢站的第-滑動部30的凸柱35 #與第二滑動部70的位置進行互換，且不改變其相對運動關 糸’即，可將第二滑動部7〇〉”軸方向可 2動部的底部’並在第二滑動部7〇的第一滑塊^ /、第-滑動部30之間設置彈性元件來約束第二滑動部％ 的滑動’而凸柱35固設於機架1〇上原先第二滑動部7〇 所處的相應位置。 ‘上所述’本發明符合發明專财件，纽法提出專 利申明& ’以上所述者僅為本發明之較佳實施方式，舉 凡熟悉本案技藝之人士 ’在妥依本發明精神所作之等效修 14 1358720 飾或變化’皆應涵蓋於以下之中請專利範圍内。 【圖式簡單說明】 圖1係本發明較佳實施方式之移動存取設備用塢 立體圖’其中’料站包括-機架、-第二滑動部、- USB 及一電源連接器。 圖2係圖1的俯視圖，其中，省略了 υ§Β及電源連接 器。 圖3係圖1中的機架及第二滑動部於另一視角的 分解圖。 圖4係圖3中第二滑動部的另一視角的立體分解圖。 圖5係圖3的組合俯視圖。 圖6A至圖6E係本發明較佳實施之方式移動存取設備 用鳴站的使用狀態示意圖。 【主要元件符號說明】 機架 10 拓板 13 導槽 17 第一滑動部 30 折邊 33 杻簧 37 第二滑動部 70 入口 11 滑條 15 滑槽 19 擋板 31 凸柱 35 連接器裝置部 50 入口 71 15 1358720 第一拐點 72 第二拐點 73 定位點 74 第三拐點 75 第一滑塊 80 第一掛鈎 81 拉簧 811 第二掛鈎 83 拉1 833 Μ形槽道 85 擋止塊 86 三角形孔 87 滑槽 89 第二滑塊 90 凸台 91 掛鈎 93 16- Heart-shaped 掸: The first slider 80 and the second slider 90 of seven 7 共同 together form a tongue and groove 1 (Fig. 4), the heart-shaped channel including the inlet 71 and the M 11 1358720: ^ 85 - an inflection point 72, a second inflection point 73, an anchor point 74, and a: knowledge point 75. — The following: 合合图卜_ 2 and Figs. 6A to 6E, when used, mainly through: Figure 1 and Figure 2, in the initial state, with force - F will move: take; figure not shown) by the rack The 1-inch inlet 11 is pushed into the mobile pick-up station of the present invention, so that the connector of the mobile access device contacts and pushes the corresponding connector on the connected-two-part 5〇, thereby driving the first sliding portion 30 to slide until the first The boss 35 at the bottom of the sliding portion 3〇 enters the inlet 71 of the heart-shaped channel of the portion 7〇. At the same time, the torsion spring 37 is deformed by the first sliding portion 3〇. In the first place; show, continue to push the mobile access device, the stud 35 follows the moving portion 70. The first 'continuous sliding along the X-axis direction, the post 35 contacts the second sliding second sliding =! The left side inclined wall of the block Γ boss 91 and simultaneously pushes up the Γ:. Toward: Push 'and thus the second sliding portion 7. In the whole (four) process, the first-inflection point 72 of the "shaped channel is reached. This pull! The 811 is stretched and the torsion spring 37 is further deformed. Along the =2: indication, continue to push the mobile access device, the column % continues 7〇 along the y-axis 2: the elastic restoring force of the spring 811 drives the second sliding portion point π to the second leg of the convex column 35 to reach the heart-shaped channel The connector of the device mobile access device has been docked with the mobile storage of the present invention, and the corresponding connector on the twist (9) is completely 12 1358720. As shown in FIG. 6C, the force f applied to the mobile access device is cancelled, the first sliding portion The mobile access device driven by 30 is reversely slid along the X axis under the elastic restoring force of the torsion spring 37, and the column % of the first sliding portion 3 反向 is reversely slid along the X axis in the heart Z channel, and is pulled. The elastic restoring force of the spring 811 causes the 苐-sliding portion 70 to slide leftward along the y-axis until the stud % reaches the locating point 74 of the heart-shaped groove=. At this time, the elastic restoring force of the twisting jaw 37 will ensure that the boss 35 of the first moving portion 3G abuts against the collision block % of the first sliding block (10) and is located at the positioning point of the heart-shaped channel of the second sliding portion 7G. 74. Thus, the mobile access device is housed in the docking station for the mobile access device of the present invention and the electrical connection between the mobile access device and the computer is maintained. As shown in FIG. 6D, when the mobile access device is removed from the docking station for the mobile access device of the present invention, the mobile access device is lightly pushed by a force f#, thereby driving the first sliding portion 30 and its stud 35 along the axis. When sliding forward, the stud 35 is away from the positioning point of the heart-shaped channel of the second sliding portion 7〇. At the same time, the tension spring 811 releases all remaining elastic restoring forces so that the second sliding portion slides leftward along the y-axis. To the initial position, until the studs ^ three inflection points 75. At this time, the twisted cyanine 37 is once again further contracted: the first slider 8 of the m-moving portion 70 abuts against the sliding of the frame 1 左侧. As shown in FIG. 6E, the force f applied to the mobile access device is cancelled, and the torsion spring f is placed with all of its elastic restoring forces to force the first sliding portion 30 to slide back in the reverse direction of the first sliding portion 3〇. The core 7n g "τ of the second sliding portion 7〇 slides in the opposite direction of the x-axis, and the protruding post 35 touches and presses against the right oblique wall of the boss 91 of the second slider 90 of the second sliding portion, so that the second Slider 9〇13 1358720 箬^33% of the first slider-sliding 8G slides along the ' to the left to pull and pull the stretch, the first sliding portion 3〇 of the stud 35 is then along the W 91 of the first block _ Straight (four) move and by the (four) channel of the entrance to the disciples one or two out of the 'pull spring, such as recovery and pull the second slider 9 原位 back to the original position. The first axis is restored to the original health-driven mobile access device. 1 ° At this time, the mobile access device will be partially removed from the device for the mobile access device docking station of the present invention. It is obvious that the function of the tension springs 811, M3 in the present embodiment can also be realized by other elastic elements such as torsion springs, phthalocyanines, etc. Access = Equipment _ Easy to use and easy to insert. Move one _'/ and push it into the docking station; when pulling out the mobile access device, just press it gently to pop it up. In addition, in other embodiments, in order to achieve the same function, you can The pillars 35 of the first sliding portion 30 of the docking station for moving the mobile access device are interchanged with the position of the second sliding portion 70, and the relative sliding relationship is not changed, that is, the second sliding portion 7 can be "The axial direction can be the bottom of the movable portion" and an elastic member is disposed between the first slider / / the first sliding portion 30 of the second sliding portion 7A to restrain the sliding of the second sliding portion %" and the stud 35 It is fixed on the corresponding position of the original second sliding portion 7〇 on the frame 1〇. 'The above description' is in accordance with the invention's special wealth, and New Zealand's patent application & 'The above is only a preferred embodiment of the present invention, and those who are familiar with the art of the present invention are made in accordance with the spirit of the present invention. Equivalent repair 14 1358720 ornaments or variations shall be covered by the following patents. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a dock for a mobile access device in accordance with a preferred embodiment of the present invention. The station includes a rack, a second slider, a USB and a power connector. Fig. 2 is a plan view of Fig. 1, in which the 电源§Β and the power connector are omitted. Figure 3 is an exploded view of the frame and the second sliding portion of Figure 1 from another perspective. 4 is an exploded perspective view of another perspective view of the second sliding portion of FIG. 3. Figure 5 is a combined plan view of Figure 3. 6A-6E are schematic diagrams showing the state of use of a mobile station for a mobile access device in a preferred embodiment of the present invention. [Description of main component symbols] Rack 10 Extension 13 Guide groove 17 First sliding portion 30 Folding 33 Spring spring 37 Second sliding portion 70 Entrance 11 Slide bar Chute 19 Baffle 31 Stud 35 Connector device portion 50 Entrance 71 15 1358720 First inflection point 72 Second inflection point 73 Positioning point 74 Third inflection point 75 First slider 80 First hook 81 Tension spring 811 Second hook 83 Pull 1 833 Cylinder channel 85 Stop block 86 Triangle hole 87 Chute 89 second slider 90 boss 91 hook 93 16