200844712 # mwuuv/4-〇-TW 23480twf.doc/n 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種可攜式電子襄置，且特 於-種具有可相互魏及轉動之機體的可赋電子j關 【先前技術】 電子裝置是指可錢用者_齡及摔作之 :子農置。此外，可攜式電子裝置也具有較小的體積^ 二以利使用者便於攜帶。目前常見的可攜式電、 如疋行動電話、多媒體播放器、個人數 、置例 助理手機（PDA phone)、掌上型遊戲機數位 般器及筆記型電腦等。 、式衛星導 輸人的便利性，可攜式電子裝mm 機鍵盤與顯示螢幕均為於同 的可攜式電子; 層滑蓋式機體設計，這可讓顯示設計或兩 【:=二’因而縮小可攜式電子裝置之機體面積。200844712 # mwuuv/4-〇-TW 23480twf.doc/n IX. Description of the Invention: [Technical Field] The present invention relates to a portable electronic device, and is specific to The electronic body of the rotating body can be turned off. [Prior Art] The electronic device refers to the user who can use the money _ age and fall: sub-agriculture. In addition, the portable electronic device also has a small volume, so that the user can carry it easily. Currently, portable mobile phones, such as mobile phones, multimedia players, personal numbers, PDA phones, handheld game consoles, and notebook computers. The convenience of the satellite guide, the portable electronic device mm keyboard and the display screen are all portable electronic; the layer slide body design, which can make the display design or two [:= two' Therefore, the body area of the portable electronic device is reduced.
本發明提供一種移動總成，A 置之兩相互重疊的機體⑽二；:射攜式電子裝 動。 i的機體間彼此滑動’並可在滑動後相互轉 讓兩ίί 移動總成可受力 動/一機體之間彼此滑動，並可在滑動後相互轉 5 200844712 # iii^〇uu^-0-TW 23480twf.d〇c/n 早壯里發明揭露—種移動總成，其適於配财-可攜式電 右固定機體及—移動機體之間。前述移動總成具 -151 =加她、—轉純組及—㈣麵。滑動模組具有 技及—移動架，其設置於移動機體，並可滑動地麵 動機動模組設置於固定架及固定機體之間。移 —I此夠猎由滑動模組相對於固定機體在—第—位置及 之間滑動’而移動機體能夠藉由轉動模組相對 於固^機體在第二位置及—第三位置之間轉動。 則^動機構具有—設置於移動架上的止擋件、一設 -r^tf疋機體上的磁性元件及—軸彈片。制動彈片具有 痦緣至固定‘的固定端及一自由端，自由端具有一第一 。备移動機體在第一位置及第二位置之間滑動時，制 片之自由端藉由磁性元件所吸引而吸附於固定架上， ，移動，，二位置及第三位置之間轉動時，制動彈 自由端未受磁性元件所吸引並從固定架彈開，使得第 、、緣朝向止擋件，肋抵抗止擋件所施加的—推力，藉 以限制移動機體相對於固定機體的滑動。 ^發8収揭露—種可攜式電子裝置，其具有-固定機 、-移動機體及i設在固定機體及移動機體之間的移 成。前述移動總成具有一滑動模組、一轉動模組及一 於#a機構π動模組具有一固定架及一移動架，其設置於 二加機體丄並可滑動地_接至固定架。轉動模組設置於固 =木及固定機n移動機體能觸由滑動模組相對於 固定機體在一楚 ^ ^ Ώ 弟一位置及一第二位置之間滑動，而移動機 200844712 l/4-O-TW 23480twf.doc/n 體能夠藉由轉動模組相躲固定機體在第二位置及 一 位置之間轉動。 #一 w述制動機構具有-設置於移動架上的止擔件' 置於岐機體上的磁性元件及—制動彈片。働彈片具= 一固接至固定架的固定端及—自由端，自由端具有-第一 =二當移動機體在第-位置及第二位置之間滑動時，制 動彈片之自由端藉由磁性元件所吸引而韻於固 顧在第二位置及第三位置之間轉動時，制動彈 自由柒未叉磁性兀件所吸引並從固 向止擋件，用以抵抗止擒件所施加的-推^ ^ 以限制移動機體相對於固定機體的滑動。 猎 元件、雜元件及制動彈片等 嫌= 又置在可攜式電子裝置上。因此，當移動 滑動模定機體轉動時，前述制動機構可暫時停止 例’ 優：二=:下文特舉-實施 【實施方式】 -固ίίΐ，1A，本實施例之可攜式電子裝置100包括 ⑽。移動機=及—翻定機體11G相重疊的移動機體 因此，使用去_ 20可具有一顯示器122及一按鍵組124。 攜式電子裝ίΙΓ顯示器122及按鍵組124等來使用可 月 > 考圖1Β及圖2，可攜式電子裝置1〇〇更包括一 200844712 xi. a ^-^v^v/v^O-TW 23480twf.doc/n 繪示於圖2之滑動模組200及一繪示於圖1B之轉動模組 300。滑動模組200設置於移動機體12〇，如圖2所示。轉 動模組300設置於滑動模組200及固定機體11〇之間。 請參考圖1A至圖1C，移動機體12〇可藉由滑動模組 200相對於固定機體110在圖ία之一第一位置及圖之 一第二位置之間滑動。此外，移動機體120更可藉由轉動 模組300相對於固定機體11〇在圖1B之第二位置及圖I。 之一第三位置之間轉動。 鲁 請參考圖1A及圖1B，固定機體no更具有一鍵趣 112。當移動機體120滑動至圖1A之第一位置時，鍵盤 受到移動機體120所遮蓋。此外，當移動機體12〇滑動至 圖之第二位置時，鍵盤112裸露於移動機體12〇外， 且鍵盤112與顯示|§ 122朝向同一方向。因此，使用者可 經由鍵盤112及顯示器122來使用可攜式電子裝置1〇〇。 请參考圖2及圖3 ’滑動模組200具有一固定架2i〇 及一移動架220。固定架21〇連接至轉動模組3〇〇。移動架 • 220固定至移動機體120之背面120a，並可滑動地輕接至 固定架210。因此，移動機體120可受力驅使並經由固定 架210及移動架220而相對於固定機體11〇在圖1A之第 一位置及圖1B之第二位置之間滑動。 請參考圖3，在本實施例中，移動架22〇可具有兩相 互平行之邊緣222,而固定架210可具有兩相對的鉤狀部 ，其分別可滑動地鉤住移動架22〇之這些邊緣。因 此，移動架220可藉由這些邊緣222及這些鉤狀部212相 200844712 u 丄 wuw4-0-TW 23480twf.doc/n 對於固定架210來滑動。此外，固定架210更可具有多個 缓衝凸塊216,其設於固定架210上，用以抵住移動架220， 使得固定架210及移動架220之間至少保持一間距。 請參考圖1B、2及圖3，轉動模組300具有兩個樞轴 310及分別可轉動地配合這些柩轴310的兩個軸承320。這 些樞軸310之一截段鎖附至固定機體110,而這些軸承32〇 則固接至滑動模組200之固定架210。因此，移動機體12〇 可受力驅使並藉由轉動模組300而相對於固定機體11〇在 圖1B之第二位置及圖1C之第三位置之間轉動。 請參考圖2,固定機體11〇具有一上表面11〇a，而上 表面120a設有一凹槽ll〇b，用以容置固定架21〇及轉動 才旲組300。當移動機體12〇在圖ία之第一位置及圖JR之 第二位置之間滑動時，固定架210容置於凹槽u〇b中。當 移動機體120從圖1B之第二位置轉動至圖lc之第二位置 時，固定架210離開凹槽ii〇b，如圖2所示。 — 請參考圖3、圖4及圖5，其中圖5隱藏了圖 定架210。可攜式電子裝置丨⑻更包括一制動機構，立鱼 滑動模組及轉動模、组300構成一移動總成。機爐 更具有-止撞件410 ’其設置於移触22()上動错 更具有-磁性it件，其設置於固㈣體u = 更具有-制動彈片43〇，其具有一固接至 定㈣及-自由端434,而自由端434具有：= 434a。在本實施例中，止擋件可為―螺检， 私 架220鎖固於移動機體12〇上。 八將和動 200844712 ni^7u^4-〇-TW 23480twf.doc/n 當移動機體120藉由滑動模組200相對於固定機體 110在圖1A之第一位置及圖1B之第二位置間滑動時，制 動彈片430之自由端434藉由磁性元件42〇所吸引而吸附 於固疋架210上’如圖6A所示。The invention provides a mobile assembly, A is disposed on two overlapping bodies (10) 2; and a portable electronic device. i's body slides between each other' and can transfer two ίί moving assemblies after sliding. The moving assembly can be moved by one body and slide between each other, and can be rotated after sliding. 5 200844712 # iii^〇uu^-0-TW 23480twf.d〇c/n Early Zhuangli invention revealed a kind of mobile assembly, which is suitable for the distribution of money-portable electric right fixed body and mobile body. The aforementioned mobile assembly has -151 = plus her, - to pure group and - (four) face. The sliding module has a technology and a moving frame, which is disposed on the moving body, and the sliding ground moving motor module is disposed between the fixed frame and the fixed body. Shifting - I is sufficient to slid by the sliding module relative to the fixed body at the - position and between the 'moving' and the moving body can be rotated between the second position and the third position by the rotating module relative to the fixed body . The moving mechanism has a stopper disposed on the moving frame, a magnetic member disposed on the body, and a shaft elastic piece. The brake shrapnel has a flanged to fixed ' fixed end and a free end, and the free end has a first. When the mobile body slides between the first position and the second position, the free end of the tablet is attracted to the fixed frame by the magnetic element, and moves, when the two positions are rotated between the second position and the third position. The free end of the moving bullet is not attracted by the magnetic element and bounces off the fixing frame, so that the first and the rim are directed toward the stopper, and the rib resists the thrust applied by the stopper, thereby restricting the sliding of the moving body relative to the fixed body. The invention relates to a portable electronic device, which has a fixed machine, a mobile body and a movement between the fixed body and the moving body. The moving assembly has a sliding module, a rotating module and a #a mechanism. The π moving module has a fixing frame and a moving frame, and is disposed on the two body and slidably connected to the fixing frame. The rotating module is disposed on the solid wood and the fixed machine n, and the moving body can slide between the sliding module and the fixed body in a position between a second position and a second position, and the mobile machine 200844712 l/4- The O-TW 23480twf.doc/n body can be rotated between the second position and a position by rotating the module to hide the fixed body. #一w The brake mechanism has a - a load member disposed on the movable frame - a magnetic member placed on the body and a brake spring.働 片 = = fixed to the fixed end of the fixed frame and - free end, the free end has - first = two when the moving body slides between the first position and the second position, the free end of the brake shrap by magnetic When the component is attracted to the rotation between the second position and the third position, the brake is freely attracted by the un-forged magnetic element and from the fixing stopper to resist the application of the stopper. Push ^ ^ to limit the sliding of the moving body relative to the fixed body. Hunting components, miscellaneous components and brake shrapnel are also placed on portable electronic devices. Therefore, when the moving sliding mold body is rotated, the foregoing brake mechanism can be temporarily stopped. The first embodiment is as follows: 1. The following is a description of the portable electronic device 100 of the present embodiment. (10). The mobile machine = and - the moving body that overlaps the body 11G. Therefore, the use of the -20 can have a display 122 and a button set 124. The portable electronic device 122 ΙΓ display 122 and the button group 124 and the like can be used for the month> 1 and FIG. 2, the portable electronic device 1 further includes a 200844712 xi. a ^-^v^v/v^O -TW 23480twf.doc/n The sliding module 200 shown in FIG. 2 and the rotating module 300 shown in FIG. 1B are shown. The sliding module 200 is disposed on the moving body 12〇, as shown in FIG. 2 . The rotary module 300 is disposed between the slide module 200 and the fixed body 11A. Referring to FIG. 1A to FIG. 1C, the mobile body 12 is slidable relative to the fixed body 110 by a sliding module 200 between a first position and a second position of the figure. In addition, the moving body 120 can be pivoted relative to the fixed body 11 in the second position of FIG. 1B and FIG. 1 by the rotating module 300. Rotate between one of the third positions. Please refer to FIG. 1A and FIG. 1B, and the fixed body no has a more interesting interest 112. When the moving body 120 is slid to the first position of Fig. 1A, the keyboard is covered by the moving body 120. In addition, when the mobile body 12 is slid to the second position of the figure, the keyboard 112 is exposed outside the moving body 12, and the keyboard 112 faces the display direction § 122. Therefore, the user can use the portable electronic device 1 via the keyboard 112 and the display 122. Please refer to FIG. 2 and FIG. 3'. The sliding module 200 has a fixing frame 2i and a moving frame 220. The holder 21 is connected to the rotation module 3〇〇. The moving frame • 220 is fixed to the back surface 120a of the moving body 120 and slidably coupled to the holder 210. Therefore, the moving body 120 can be driven by the force and slid relative to the fixed body 11 〇 between the first position of FIG. 1A and the second position of FIG. 1B via the fixing frame 210 and the moving frame 220. Referring to FIG. 3, in the present embodiment, the movable frame 22 can have two mutually parallel edges 222, and the fixed frame 210 can have two opposite hook portions that slidably hook the movable frame 22 respectively. edge. Therefore, the moving frame 220 can slide on the fixing frame 210 by the edges 222 and the hook portions 212. In addition, the fixing frame 210 further has a plurality of buffering protrusions 216 disposed on the fixing frame 210 for abutting the moving frame 220 such that at least a distance is maintained between the fixing frame 210 and the moving frame 220. Referring to Figures 1B, 2 and 3, the rotary module 300 has two pivots 310 and two bearings 320 that rotatably engage the cymbals 310, respectively. One of the sections of the pivots 310 is locked to the fixed body 110, and the bearings 32'' are fixed to the holder 210 of the sliding module 200. Therefore, the moving body 12 can be driven to rotate and rotate relative to the fixed body 11 〇 between the second position of FIG. 1B and the third position of FIG. 1C by rotating the module 300. Referring to FIG. 2, the fixed body 11A has an upper surface 11〇a, and the upper surface 120a is provided with a recess 11b for receiving the fixing frame 21 and the rotating group 300. When the moving body 12 is slid between the first position of the figure ία and the second position of the figure JR, the holder 210 is housed in the groove u 〇 b. When the moving body 120 is rotated from the second position of Fig. 1B to the second position of Fig. 1c, the holder 210 is separated from the recess ii 〇 b as shown in FIG. — Please refer to FIG. 3, FIG. 4 and FIG. 5, wherein FIG. 5 hides the frame 210. The portable electronic device (8) further includes a brake mechanism, a vertical fish sliding module and a rotating mold, and the group 300 constitutes a moving assembly. The machine furnace further has a stopper 410' which is disposed on the shifting contact 22() and has a magnetically-shaped member which is disposed on the solid (four) body u= more has a - brake spring 43〇, which has a fixed to The (four) and - free ends 434, and the free end 434 have: = 434a. In this embodiment, the stopper may be a screw-on inspection, and the private frame 220 is locked to the moving body 12〇. When the moving body 120 slides relative to the fixed body 110 between the first position of FIG. 1A and the second position of FIG. 1B by the sliding module 200, the moving body 120 slides between the first position of FIG. 1A and the second position of FIG. 1B by the sliding module 200. At this time, the free end 434 of the brake pad 430 is attracted to the yoke 210 by the attraction of the magnetic member 42' as shown in Fig. 6A.
當移動機體120在圖1B之第二位置及在圖lc之第三 位置之間藉由轉動模組3〇〇相對於固定機體11〇來轉動 時，制動彈片430之自由端434未受磁性元件42〇所吸引 亚從固定架210彈開，如圖6B所示，並使得第一邊緣他 ，向止擋件410,用以抵抗止擋件41〇所施加的一推力f， 藉以限制移動機體12G相對於固定機體m的滑動，如圖 5所示。 =考圖3、圖4及圖5，前述制動機構更包括一支 =440 ’其設置於固定架21〇上，自由端物具卜第 一政緣43415朝向支擇件44〇。當制動彈片430之自由端434 =彈開時’支撐件440支撐第二邊緣_，用 以抵抗止擋件41〇所施加的推力F。 更且Ϊ參圖4及圖5,制動彈片430之自由端物 更具有-斜面434e相對於第—邊 =越過止播⑽而讓第一邊緣434: 更丄參:二為丄^ 定請及—固接至移動架固^架 例中，彈性元件-更可具有-連接至;動端= 200844712 ijljl wuv/v/4-0-TW 23480twf.doc/n 桿體236、一連接至固定端232的第二桿體237及一連接 於第一桿體236與第二桿體237之間的彈性主體238，其 中第二桿體237較長於第一桿體236。在本實施例中，彈 性元件230可為一扭力彈簧。 請參考圖3、圖7A及圖7B，彈性元件230可相對於 固定架210施加偏壓至移動架220，以迫使移動架220朝 向相對於固定架210之一側或相對的另一側來滑動。當移 • 動架位於固定架210之一侧時，移動機體12〇相^二 固疋機體110而位於圖7A之第一位置。當移動架220受 力移至固定架210之另一側時，移動機體12〇相對於固定 機體110而位於圖7B之第二位置。 在本實施例中，當移動機體120滑動至圖7A之第一 位置時，彈性元件230裸露於固定架210外。當移動機體 120滑動至圖7B之第二位置時，固定架21〇遮蓋彈性元 230 〇 在本實施例中，固定架210更可具有一折邊214,如 ® 2及圖3所示，折邊214是由固定架210之一邊緣往移 動架220的方向延伸。當移動機體12〇轉動至圖1(：及圖2 之第三位置時，折邊214可遮住彈性元件23〇不被看見。 凊苓考圖8，當移動機體12〇相對於固定機體n〇從 圖7A之第一位置滑動至圖7B之第二位置時，彈性元件 23〇之移動端234相對地從一第一定點p丨沿著一移動路徑 Μ移動至一第二定點P2，其中固定端232在移動路徑％ 上的正奴影至第一定點Ρ1的距離大於固定端在移動 200844712 in wuv/v4*0-TW 23480twf.d〇c/n 路徑M上的正投影至第二定點p2的距離。 綜上所述，本發明將—包括前述續件、磁 動機體可相對於固定機體轉動時，前述制動機椹 可暫時停止祕模_功能，藉簡防移動機體之2構 當地施力在固定機體上。 邊緣不 除此之外，本發明藉由設於固定架及移動架 性兀件來產生半自動的滑動，並使得彈性元件之移^、彈 制動彈片等it件的獅機構設置在可攜式電子裝置^。及 、 〇因 構When the moving body 120 is rotated relative to the fixed body 11 by the rotation module 3〇〇 between the second position of FIG. 1B and the third position of FIG. 1c, the free end 434 of the brake elastic piece 430 is not subjected to the magnetic element. 42吸引 attracts the sub-bounce from the holder 210, as shown in FIG. 6B, and causes the first edge, toward the stopper 410, to resist a thrust f applied by the stopper 41〇, thereby restricting the movement of the body The sliding of 12G with respect to the fixed body m is as shown in FIG. = Fig. 3, Fig. 4 and Fig. 5, the brake mechanism further includes a =440 ′ which is disposed on the fixed frame 21〇, and the free end object is oriented toward the support member 44〇. When the free end 434 of the brake tab 430 is popped open, the support member 440 supports the second edge _ to resist the thrust F applied by the stopper 41. 4 and 5, the free end of the brake shrapnel 430 has a - bevel 434e relative to the first side = the first edge 434 is crossed over the stop (10): more 丄: two is 丄 ^ - In the case of the fixed to the mobile frame, the elastic element - more preferably - is connected to; the moving end = 200844712 ijljl wuv / v / 4-0 - TW 23480twf.doc / n rod 236, one connected to the fixed end The second rod body 237 of the 232 and the elastic body 238 connected between the first rod body 236 and the second rod body 237, wherein the second rod body 237 is longer than the first rod body 236. In this embodiment, the resilient member 230 can be a torsion spring. Referring to FIG. 3, FIG. 7A and FIG. 7B, the elastic member 230 can be biased to the movable frame 220 with respect to the fixed frame 210 to force the moving frame 220 to slide toward one side or the opposite side with respect to the fixed frame 210. . When the moving frame is located on one side of the fixed frame 210, the moving body 12 is fixed to the first position of Fig. 7A. When the moving frame 220 is forced to move to the other side of the holder 210, the moving body 12 is located at the second position of Fig. 7B with respect to the fixed body 110. In the present embodiment, when the moving body 120 is slid to the first position of Fig. 7A, the elastic member 230 is exposed outside the holder 210. When the moving body 120 is slid to the second position of FIG. 7B, the fixing frame 21 covers the elastic element 230. In the embodiment, the fixing frame 210 can further have a flange 214, as shown in FIG. 2 and FIG. The edge 214 extends from one edge of the holder 210 toward the moving frame 220. When the moving body 12 is rotated to the third position of FIG. 1 (and FIG. 2, the flange 214 can block the elastic member 23 from being seen. Referring to FIG. 8, when the moving body 12 is opposite to the fixed body n When sliding from the first position of FIG. 7A to the second position of FIG. 7B, the moving end 234 of the elastic member 23 is relatively moved from a first fixed point p丨 along a moving path 一 to a second fixed point P2. The distance from the positive end 232 on the moving path % to the first fixed point Ρ1 is greater than the fixed end in the moving end of the 200844712 in wuv/v4*0-TW 23480 twf.d〇c/n path M to the The distance between the two points p2. In summary, the present invention will include the foregoing continuation, the magnetic motor body can be rotated relative to the fixed body, the brake 椹 can temporarily stop the secret mode _ function, by the simple anti-mobile body 2 The local application force is applied to the fixed body. In addition to the edge, the present invention generates semi-automatic sliding by being disposed on the fixed frame and the movable frame member, and causes the elastic member to move, and the elastic brake piece and the like. The lion mechanism is set in the portable electronic device ^.
不 彈 對於彈性元件之固定端在移動端之移動路徑上 =行=〔卜，彈性元件可在移動機體相對於固定機 、=弟一位置及弟二位置時受到固定架之折邊所遮住而不 被看見。 雖然本發明已以實施例揭露如上，然其並非用以限定 本务明，任何所屬技術領域中具有通常知識者，在不脫離 本發明之精神和範圍内，當可作些許之更動與卿，故本 發明之保護範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖1A繪示本發明一實施例之一種可攜式電子裝置。 圖1B繪示圖1A之移動機體相對於固定機體於自第一 位置滑動至第二位置。 、 圖1C纟會示圖1B之移動機體相對於固定機體於自第一 位置轉動至第三位置。 圖2繪示圖1C之另一視角。 圖3為圖2之滑動模組及轉動模組的爆炸圖。 1> 200844712Do not play on the moving path of the fixed end of the elastic element on the moving end = line = [b, the elastic element can be covered by the flange of the fixing frame when moving the body relative to the fixed machine, the position of the brother and the second position Not seen. The present invention has been disclosed in the above embodiments, and it is not intended to limit the scope of the invention, and any one of ordinary skill in the art can make some changes and modifications without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1A illustrates a portable electronic device according to an embodiment of the invention. 1B illustrates the moving body of FIG. 1A sliding from a first position to a second position relative to a fixed body. Figure 1C shows the mobile body of Figure 1B rotated relative to the fixed body from a first position to a third position. FIG. 2 illustrates another perspective of FIG. 1C. 3 is an exploded view of the sliding module and the rotating module of FIG. 2. 1> 200844712
JL 23480twf.doc/n 圖4繪示圖3之固定架上的構件分佈。 圖5繪示圖2之隱藏固定架後的可攜式電子裝置。 圖6A及圖6B繪示制動彈片受到及未受到磁性元件所 吸引。 圖7A及圖7B分別為圖2之固定架、移動架及彈性元 件於運作前後的仰視圖。 圖8繪示圖7A及圖7B之彈性元件的相對位置。JL 23480twf.doc/n Figure 4 shows the distribution of components on the holder of Figure 3. FIG. 5 illustrates the portable electronic device behind the hidden mount of FIG. 2. 6A and 6B illustrate that the brake dome is attracted to and not attracted by the magnetic member. 7A and 7B are bottom views of the mounting frame, the moving frame and the elastic member of Fig. 2, respectively, before and after operation. Figure 8 illustrates the relative positions of the elastic members of Figures 7A and 7B.
【主要元件符號說明】[Main component symbol description]
100 :可攜式電子裝置 230 :彈性元件 110 :固定機體 232 :固定端 110a ··上表面 234 :移動端 110b :凹槽 236 :第一桿體 112 :鍵盤 237 :第二桿體 120 :移動機體 238 :彈性主體 120a :背面 300 :轉動模組 122 :顯示器 310 :樞軸 124 :按鍵組 320 :軸承 200 :滑動模組 410 :止檔件 210 :固定架 420 :磁性元件 212 :鉤狀部 430 :制動彈片 214 :折邊 432 :固定端 216 :緩衝凸塊 434 :自由端 220 :移動架 434a :第一邊緣 222 :邊緣 434b :第二邊緣 0 200844712 η l ^^〇uu4-0-TW 23480twf.doc/n 434c :斜面 D ·· 440 ··支撐件 Μ ： dl ··第一距離 Ρ1 d2 :第二距離 Ρ2 全部距離 移動路徑 :第一定點 :第二定點100: Portable electronic device 230: elastic member 110: fixed body 232: fixed end 110a · upper surface 234: moving end 110b: groove 236: first rod 112: keyboard 237: second rod 120: moving The body 238: the elastic body 120a: the back surface 300: the rotating module 122: the display 310: the pivot 124: the button group 320: the bearing 200: the sliding module 410: the stopper 210: the fixing frame 420: the magnetic element 212: the hook portion 430: Brake spring 214: Folding edge 432: Fixed end 216: Buffering lug 434: Free end 220: Moving frame 434a: First edge 222: Edge 434b: Second edge 0 200844712 η l ^^〇uu4-0-TW 23480twf.doc/n 434c: Bevel D ·· 440 ··Support Μ : dl ··First distance Ρ1 d2 : Second distance Ρ2 All distance movement path: First fixed point: Second fixed point