200928675 - * , 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種電子設備，尤其涉及一種可攜式 設備。 网 【先前技術】 通系，可攜式電子設備包括蓋體、本體及連接蓋體和 本體的樞轉裝置，如筆記本電腦，可攜式DVD等。這些電 子設備利用本體作為主機在其上安裝中央處理器，同時利 ❹用蓋體作為顯示裝置在其上設置顯示幕。 為了μ現該主機與顯示裝置的通信，這些電子設備設 有連接主機和顯示裝置的信號線。為了放置信號線，通常 將樞轉裝置安裝在蓋體和本體相鄰邊緣的一端，而將信號 線放置於蓋體和本體相鄰邊緣的另一端。然而，枢轉裝置 ，固定連接在蓋體和本體相鄰邊緣的—端，放置信號線的 蓋體和本體相鄰邊緣的另一端無固定連接的元件，使在蓋 體相對本體打開和閉合時’信號線可能會因為蓋體偏離本 體而被拉斷或者折斷。 【發明内容】 有鑒於此，有必要提供一種可降低信號線被拉斷或者 折斷機率的電子設備。 種電子δ又備，其包括本體、蓋體、樞轉裝置及信號 線該樞轉裝置連接該本體和該蓋體使該蓋體可相對該本 體轉動’該樞轉裝置包括固定架和轉動件，該固定架固定 於該本體及該蓋體之其中一者上，該轉動件固定於本體及 6 200928675 ‘蓋體之^中另—者上，該轉動件—側進行部分切除形成切 、口 ’該㈣線穿過該切σ電連接該本體和該蓋 電子器件。 上述電子設備中，信號線穿過該切口而可以 靠近轉動件，在蓋體相對本體打開和閉合偏離本體^信 號線4乎不會發生偏離，因而可降低信號線拉斷或者折斷 的機率。 【實施方式】 ❹ __㈣圖1至圖3’電子設備99包括本體2〇、蓋 體30、一樞轉裝置4〇和信號線5〇。二樞轉裝置仞分別位 於本體jG和蓋體3G相鄰邊緣兩端並料本體2Q和蓋體 3〇，使蓋體30可相對本體2〇轉動。信號線％的兩端部分 別位於本體20和蓋體30内並電連接本體2〇和蓋體如内 設置的電子器件以實現電子器件之間的通信。 本體20包括下殼體22及可與下殼體22卡合的上殼體 〇 24。下殼體22面向上殼體24的表面上設有二第一定位件 221、二止擔件223、第一限位件225、第二限位件如和 二半圓形第-缺口 229。二第一定位件221分別位於下殼體 22與面板30相鄰的兩端部。二第一定位件221分別包括三 個疋位柱。止擋件223包括外止擋部223〇和内止擋部 2236。外止擋部223〇呈[形，包括第一止擋板2232和°自 第一止擋板2232 —端一體垂直延伸的第二止擋板2234。内 止擋部2236呈板狀，其平行於第二止擋板2234。外止擋部 2230和内止擋部2236可阻擋信號線5〇使信號線5〇處在外 7 200928675 止擋部2242和内止擋部2244所限制的範圍内。第一限位 攀 件225包括平行於第一止擋板2232的第一限位板2252及 垂直連接第一限位板2252和第一止擋板2232的第二限位 板2254。第二限位板2254在其背離下殼體22的方向開設 有U形開口 2256，開口 2256用於放置信號線50以限制信 號線50的移動範圍。第二限位件227平行於第一止擋板 2232,其遠離下殼體22的端部設有垂直於第一止擋板2232 的凸起2270以卡住信號線50。二第一缺口 229分別靠近二 ❹第一定位件221且位於二第一定位件221之間。 上殼體24上設有與二第一缺口 229對應設置的二第二 缺口 242。在上殼體24與下殼體22對應卡合後，二第二缺 口 242分別與二第一缺口 229結合形成放置信號線50的通 孔，方便信號線50引出/引入本體20。 蓋體30包括面板32、自面板32向遠離面板32的方向 垂直延伸的收容部34和二第二定位件36、及可與收容部 34卡合的轉動蓋38。面板32為蓋體30覆蓋於本體20上 ®時與本體20相對的表面。收容部34設置在面板30與本體 20相鄰的端部，包括順次垂直相接的第一側壁342、第二 側壁344、第三側壁346、第四側壁348。第一側壁342、 第二側壁344、第三侧壁346、第四侧壁348和面板32圍 成收容槽340。第二侧壁344和第四侧壁348設有半圓形第 三缺口 3488。二第二定位件36設於收容槽340中，其分別 包括兩個定位柱。轉動蓋38為拱形板狀，其兩直線邊緣分 別與收容部34的第一側壁342和第三側壁346對應卡合， 8 200928675 使轉動蓋38和收容部34卡合為—體，其兩曲線邊緣 與第二侧S 344 #第四側壁348配合形成放置信號線％的 穿孔’方便信號線5〇引出/引入蓋體3〇。 樞轉裝置40包括固定架42及可相對固定架42轉動的 轉動件44。固定架42固定於本體2〇及蓋體3〇之其中—者 上，轉動件44固定於本體2〇及蓋體3〇之其中另一者上。 本實施例以轉動件44固定於蓋體3〇上而固定架42固定於 本體20上為例說明。200928675 - * , IX. Description of the Invention: [Technical Field] The present invention relates to an electronic device, and more particularly to a portable device. [Background] The portable electronic device includes a cover body, a body, and a pivoting device connecting the cover body and the body, such as a notebook computer, a portable DVD, and the like. These electronic devices use the main body as a main unit to mount a central processing unit thereon, and at the same time, a display screen is provided thereon by using the cover as a display device. In order to communicate with the display device, the electronic device is provided with a signal line connecting the host and the display device. In order to place the signal wires, the pivoting device is usually mounted at one end of the adjacent edge of the cover and the body, and the signal wires are placed at the other end of the adjacent edge of the cover and the body. However, the pivoting device is fixedly connected to the end of the adjacent edge of the cover body and the body, and the cover body on which the signal wire is placed and the other end of the adjacent edge of the body have no fixed connection members, so that when the cover body is opened and closed relative to the body 'The signal line may be broken or broken because the cover is off the body. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide an electronic device that can reduce the probability that a signal line is broken or broken. The electronic δ is further provided, comprising a body, a cover body, a pivoting device and a signal line. The pivoting device connects the body and the cover body enables the cover body to rotate relative to the body. The pivoting device comprises a fixing frame and a rotating member The fixing frame is fixed on one of the body and the cover body, and the rotating member is fixed on the body and the other part of the cover body, and the rotating part is partially cut off to form a cut and a mouth. The (four) line electrically connects the body and the cover electronics through the cut σ. In the above electronic device, the signal line passes through the slit to be close to the rotating member, and the cover body is opened and closed relative to the body and deviated from the body signal line 4, thereby reducing the probability of the signal line being broken or broken. [Embodiment] _ __ (4) The electronic device 99 of Fig. 1 to Fig. 3 includes a body 2, a cover 30, a pivoting device 4A, and a signal line 5A. The two pivoting devices are respectively disposed at the two ends of the adjacent edges of the body jG and the cover body 3G and the body 2Q and the cover body 3〇, so that the cover body 30 can rotate relative to the body 2〇. Both ends of the signal line % are located in the body 20 and the cover 30 and electrically connect the body 2 and the electronic components provided in the cover body to realize communication between the electronic devices. The body 20 includes a lower housing 22 and an upper housing 〇 24 engageable with the lower housing 22. The first housing 221, the second stopping member 223, the first limiting member 225, the second limiting member, and the second semicircular first notch 229 are disposed on the surface of the lower housing 22 facing the upper housing 24. The two first positioning members 221 are respectively located at both end portions of the lower casing 22 adjacent to the panel 30. The two first positioning members 221 respectively include three clamping posts. The stopper 223 includes an outer stopper portion 223A and an inner stopper portion 2236. The outer stopper portion 223 is formed in a shape including a first stop plate 2232 and a second stop plate 2234 extending integrally from the end of the first stop plate 2232. The inner stop portion 2236 has a plate shape that is parallel to the second stop plate 2234. The outer stop portion 2230 and the inner stop portion 2236 can block the signal line 5 so that the signal line 5 is outside the range restricted by the outer stop 7 200928675 the stop portion 2242 and the inner stop portion 2244. The first limit climbing member 225 includes a first limiting plate 2252 parallel to the first stop plate 2232 and a second limiting plate 2254 vertically connecting the first limiting plate 2252 and the first stopping plate 2232. The second limiting plate 2254 has a U-shaped opening 2256 in the direction away from the lower casing 22, and the opening 2256 is for placing the signal line 50 to limit the range of movement of the signal line 50. The second limiting member 227 is parallel to the first stop plate 2232, and the end portion away from the lower casing 22 is provided with a projection 2270 perpendicular to the first stop plate 2232 to catch the signal line 50. The two first notches 229 are respectively adjacent to the second first positioning member 221 and located between the two first positioning members 221 . The upper casing 24 is provided with two second notches 242 corresponding to the two first notches 229. After the upper casing 24 and the lower casing 22 are correspondingly engaged, the second second opening 242 is combined with the two first notches 229 to form a through hole for placing the signal line 50, so that the signal line 50 can be taken out/introduced into the body 20. The cover body 30 includes a panel 32, a receiving portion 34 extending perpendicularly from the panel 32 in a direction away from the panel 32, two second positioning members 36, and a rotating cover 38 engageable with the receiving portion 34. The panel 32 is a surface opposite to the body 20 when the cover 30 covers the body 20 . The receiving portion 34 is disposed at an end of the panel 30 adjacent to the body 20, and includes a first sidewall 342, a second sidewall 344, a third sidewall 346, and a fourth sidewall 348 that are vertically adjacent to each other. The first side wall 342, the second side wall 344, the third side wall 346, the fourth side wall 348, and the panel 32 enclose a receiving groove 340. The second side wall 344 and the fourth side wall 348 are provided with a semi-circular third notch 3488. The second positioning members 36 are disposed in the receiving slots 340, and respectively include two positioning posts. The rotating cover 38 is in the shape of an arched plate, and the two straight edges thereof are respectively engaged with the first side wall 342 and the third side wall 346 of the receiving portion 34, 8 200928675, the rotating cover 38 and the receiving portion 34 are engaged as a body, two of which The edge of the curve cooperates with the second side S 344 #4 sidewall 348 to form a perforation of the placement signal line %. The signal line 5 is pulled out/introduced into the cover 3〇. The pivoting device 40 includes a mounting bracket 42 and a rotating member 44 that is rotatable relative to the mounting bracket 42. The fixing frame 42 is fixed to the main body 2 and the cover 3, and the rotating member 44 is fixed to the other of the main body 2 and the cover 3. In this embodiment, the rotating member 44 is fixed to the cover body 3 and the fixing frame 42 is fixed to the body 20 as an example.
G ❹ 固定架42可以藉由傳統固定方式固定於第一定位件 221上，本實施方式中，固定架“上設有三個與第一定位 牛 的一個疋位柱對應設置的安裝孔。螺絲穿過固定架 42的二個女裝孔與第一定位件221的三個定位柱對應螺 合，即可將固定架42固定在第一定位件221。 、 二轉動件44分別穿過轉動蓋38的兩曲線邊緣與第二 側壁^44 #〇第四側壁348形成的二穿孔部分收容於蓋體卯 的收各部34中並可藉由傳統固定方式固定於第二定位 1' ， ^ ，奉貫施方式中，轉動件44設有兩個與第二定位件 36的兩個定位柱對應設置的安裝孔440。螺絲穿過轉動件 2的兩個安裝孔440與第二定位件36的兩個定位柱對應螺 °、’即可將轉動件44固定在第二定位件36❶轉動件44 一 側進行部分切除形成切口 444以放置信號線50方便信號線 50引出/引入本體2〇和引入/引出蓋體3〇。 在、、且襄時’首先將信號線50與第二限位件227的凸起 2270 ^ -接’施加外力擠壓第二很位件227使第二限位元件 9 200928675 .227發生彈性形變後凸起2270卡住信號線50。然後將信號 線50依次從第二限位板2254的開口 2256、外止擋部2230 和内止擋部2236之間穿過，從而限制信號線50的移動範 圍。最後將信號線50穿過第一缺口 229及切口 444電連接 本體20和蓋體30内設置的電子器件9由於信號線50穿過 切口 444使信號線50靠近轉動件44，在蓋體30相對本體 20打開和閉合偏離本體20時，信號線50幾乎不會發生偏 離，因而可降低信號線50拉斷或者折斷的機率。 ❹ 另外，兩個樞轉裝置40分別設置在本體20和蓋體30 相鄰邊緣的兩端連接本體20和蓋體30，可使蓋體30相對 本體20打開和閉合時偏離本體20的程度減小，進一步降 低信號線50被拉斷或者折斷的機率。 【圖式簡單說明】 圖1為一較佳實施方式的電子設備之立體圖。 圖2為圖1所示電子設備之局部分解圖。 圖3為圖1所示電子設備之局部立體圖。 ®【主要元件符號說明】 電子設備 99 蓋體 30 本體 20 面板 32 下殼體 22 收容部 34 第一定位件 221 收容槽 340 止擋件223 223 第一側壁 342 外止擋部 2230 第二側壁 344 第一止標板 2232 第三侧壁 346 200928675 第二止擋板 内止擋部 ' 第一限位件 第一限位板 第二限位板 開口 第二限位件 凸起 第一缺口 ®上殼體 第二缺口 2234 第四侧壁 348 2236 第三缺口 3488 225 第二定位件 36 2252 轉動蓋 38 2254 枢轉裝置 40 2256 固定架 42 227 轉動件 44 2270 安裝孔 440 229 切口 444 24 信號線 50 242 11The mounting bracket 42 can be fixed to the first positioning member 221 by a conventional fixing method. In the embodiment, the mounting bracket is provided with three mounting holes corresponding to one clamping post of the first positioning cow. The two women's holes passing through the fixing frame 42 are screwed into the three positioning posts of the first positioning member 221, so that the fixing frame 42 can be fixed to the first positioning member 221. The two rotating members 44 pass through the rotating cover 38, respectively. The two curved edges of the two curved edges and the second side wall 348 are received in the receiving portion 34 of the cover body and can be fixed to the second positioning 1' by a conventional fixing method. In the embodiment, the rotating member 44 is provided with two mounting holes 440 corresponding to the two positioning posts of the second positioning member 36. The screws pass through the two mounting holes 440 of the rotating member 2 and the two of the second positioning members 36. The positioning post is corresponding to the screw, 'that can fix the rotating member 44 to the side of the second positioning member 36 ❶ the rotating member 44 for partial cutting to form the slit 444 for placing the signal line 50 for facilitating the introduction/introduction of the signal line 50 to the body 2 引入 and the introduction/extraction Cover body 3〇. At the time of , , and 襄 ' 'First will The signal line 50 and the protrusion 2270 of the second limiting member 227 are pressed to apply an external force to press the second position member 227 to elastically deform the second limiting member 9 200928675 .227, and the protrusion 2270 catches the signal line 50. Then, the signal line 50 is sequentially passed between the opening 2256 of the second limiting plate 2254, the outer stopper 2230, and the inner stopper 2236, thereby restricting the range of movement of the signal line 50. Finally, the signal line 50 is passed through. The first notch 229 and the slit 444 are electrically connected to the body 20 and the electronic device 9 disposed in the cover 30. Since the signal line 50 passes through the slit 444 to bring the signal line 50 close to the rotating member 44, the cover 30 is opened and closed relative to the body 20 away from the body. At 20 o'clock, the signal line 50 hardly deviates, so that the probability of the signal line 50 being broken or broken can be reduced. ❹ In addition, two pivoting devices 40 are respectively disposed at the opposite ends of the body 20 and the adjacent edge of the cover 30. The body 20 and the cover 30 can reduce the degree of deviation of the cover 30 from the body 20 when the cover 30 is opened and closed, further reducing the probability that the signal wire 50 is broken or broken. [Simplified Schematic] FIG. Electronic device of preferred embodiment Fig. 2 is a partial exploded view of the electronic device shown in Fig. 1. Fig. 3 is a partial perspective view of the electronic device shown in Fig. 1. [Key element symbol description] Electronic device 99 Cover 30 Body 20 Panel 32 Lower case 22 Accommodating portion 34 first positioning member 221 receiving groove 340 stopper 223 223 first side wall 342 outer stop portion 2230 second side wall 344 first stop plate 2232 third side wall 346 200928675 second stop plate inner stop portion 'First Limiting Member First Limiting Plate Second Limiting Plate Opening Second Limiting Member Protrusion First Notch® Upper Housing Second Notch 2234 Fourth Side Wall 348 2236 Third Notch 3488 225 Second Positioning Member 36 2252 Rotating cover 38 2254 Pivoting device 40 2256 Mounting bracket 42 227 Rotating member 44 2270 Mounting hole 440 229 Notch 444 24 Signal line 50 242 11