M411763 五、新型說明： 【新型所屬之技術領域】 本創作關於一種支架結構，尤其是用於支撐一電子裝 置於一平面之支架結構。 【先前技術】 由於電子技術的進步，觸控面板及顯示面板的技術已 廣泛應用於各種裝置中，使各種電子裝置趨向輕量化、薄 型化及人性化。尤其是，例如行動電話、電子書或平板電 腦等可攜式電子產品，均以輕薄型為趨勢而以觸控顯示面 板為主要構件而盡可能減少其他附加結構與元件。然而， 這些產品由於功能所需，例如照相、影音播放或視訊等多 媒體功能，在使用時經常需要直立或傾斜支撐於桌面等平 面上，以利於使電子裝置之鏡頭對準取像目標、或使顯示 螢幕面向使用者以供檢視瀏覽，因此，需要額外的支架以 穩固支撐電子裝置，以使其直立或傾斜支撐於平面上。 第10圖係為習知的電子裝置支架之示意圖，其係以連 接於電子裝置1的底面及背面以形成支撐。如第10(a)圖所 示，支架4安裝於電子裝置1背面，其係具有與電子裝置1 背面連接之固定部41、及可旋轉之支臂42，藉由旋轉打開 支臂42形成支撐點而使電子裝置1傾斜地支撐於平面上； 然而，上述的支架4以支撐點的方式必須安裝於電子裝置1 背面的特定位置，才能使電子裝置1重心穩定而站立，而 減少電子裝置1背面之可利用面積，且為了提高支撐穩固 3 M411763 度而需要較大體積，進而形成面接觸的支撐。另，第10(b) 圖係為用於支撐電子裝置1的支撐座5之示意圖，支撐座5 係具有容置區51及支撐部52,使電子裝置1可放置於容置 區51中，並藉由支撐部52傾斜地支撐於平面上；然而， 支撐座5係占空間且不利隨身攜帶。此外，一般例如行動 裝置、數位相機等之顯示螢幕與主鏡頭係相對設置於電子 裝置的正面及背面，故照相或視訊時須以背面之鏡頭朝向 使用者，而上述習知的電子裝置支架係僅提供單一方向之 傾斜，必須改變支架的安裝位置才能使電子裝置1傾斜於 另一方向，而不方便使用。 因此，習知的電子裝置支架必須設於電子裝置背面， 並具有體積大而占空間、單一支撐方向及使用不便等缺點。 【新型内容】 本創作係提供一種支架結構，用於支撐電子裝置於平 面上。 為解決習知的電子裝置支架之缺點，本創作係提供一 種支架結構，用於支撐一電子裝置於一平面，包含：一固 定件，具有一第一樞接部；以及一旋轉件，具有與該第一 樞接部連接之一第二樞接部；其中，該旋轉件相對於該固 定件旋轉之轉轴轴線係傾斜於該平面，且該第一柩接部及 該第二樞接部係對應該電子裝置之一邊角的位置。 上述之支架結構中，該固定件之一端係可形成弧面或 傾斜面，以設置該第一枢接部。 4 M411763 上述之支架結構中，該旋轉件之一端係形成弧面或傾 斜面，以設置該第二樞接部。 上述之支架結構中，該固定件可進一步具有一連接 部，用以連接該電子裝置。 上述之支架結構中，該連接部係形成有一嵌合部。 上述之支架結構中，該連接部進一步具有一扣合件。 上述之支架結構中，進一步包含至少一定位件，用以 定位該旋轉件。 本創作另係提供一種具有支架結構之外殼，包含如上 述之支架結構，其中，該固定件係為形成有一容置空間之 一殼體。 上述之具有支架結構之外殼中，該殼體之外部可形成 有圓角或斜角，以設置該第一柩接部。 上述之具有支架結構之外殼中，該旋轉件之一端可形 成有弧面或傾斜面，以設置該第二樞接部。 上述之具有支架結構之外殼中，該殼體係為一軟質保 護套。 上述之具有支架結構之外殼中，進一步包含至少一定 位件，用以定位該旋轉件。 因此，本創作之支架結構係藉由固定件連接於電子裝 置之底面或側面，其不佔據電子裝置背面之面積，而具有 體積小之優點；同時，固定件及旋轉件可藉由傾斜之旋轉 軸相對轉動，並藉由定位件使支架結構可雙向開合，進而 使電子裝置可朝不同方向傾斜，可提高使用方便性且收納 5 M411763 容易。此外，本創作更提供一種具有支架結構之外殼，可 保護電子裝置表面並提供支撐功能。 【實施方式】 為充分瞭解本創作之目的、特徵及功效，茲藉由以下 之具體實施例，並配合所附圖式，對本創作做一詳細說明， 說明如後： 參照第1圖至第4圖，其係本創作第一實施例之示意 圖。該支架結構100包含固定件110以及旋轉件130，其係 用於支撐電子裝置1於平面上，其中，固定件110具有第 一框接部120,支架結構100可藉由固定件110固定於電子 裝置1 ;旋轉件130具有第二樞接部140，第二樞接部140 係與第一樞接部120連接，用以使旋轉件130可相對固定 件110旋轉開合；並且，旋轉件130相對於固定件110旋 轉之轉轴軸線A係傾斜於所支撐之平面，同時，第一樞接 部120及第二樞接部140係對應電子裝置1之邊角2的位 置。當轉動旋轉件130而使固定件110與旋轉件130之間 打開形成一夾角時，電子裝置1可被支撐於平面上。圖中 係以行動電話作為電子裝置1之示例說明，支架結構100 藉由固定件110固定於電子裝置1之側面上，可相對轉動 固定件110與旋轉架130而形成打開狀態及閉合狀態；其 中，固定件110及旋轉件130係可為一端分別形成有弧面 及之片狀支臂，弧面係為固定部110之片狀支臂延伸至電 子裝置1之邊角2的位置，以符合具有圓角或弧形邊角之 6 電子努署 1 · 廿口 形相，夫 旋轉件13〇頂面係與固定件110底面外 獻m °架、〜構1⑻於閉合狀態時，可使旋轉件130 Γιο疋件110相宜合；而第一梅接部120可設置於固定件 以4之^弧面第一樞接部140可設置於旋轉件130之弧面， 旋轉件130相對於固定件11〇旋轉之轉轴轴線Α可相 =斜於平面’換言之，當固定件u〇與旋轉件13〇以轉 線Α相對旋轉而打開形成一夹角時，轉轴轴線a係不 二直於固定件110及_件13G打開卿成之平面以及支 #ΐ子裝置1之平面’並使電子裝置1被支撑於平面上並 呈傾斜，即以電子襄置1之正面或背面呈傾斜地朝向使用 者。 此外’固定件110及旋轉件130可為一端分別形成有 傾斜面之片狀支臂，傾斜面係可符合具有斜角之電子裝置 1’同樣地，第一樞接部120可設置於固定件110之傾斜面， 第二樞接部140可設置於旋轉件13〇之傾斜面，以使旋轉 件130相對於固定件no旋轉之轉轴軸線a可相對傾斜於 平面，當固定件110與旋轉件13〇以轉軸轴線a相對旋轉 而打開形成一夾角時，電子裝置1可被支撐於平面上並呈 傾斜。 上述之支架結構100中，固定件11〇可進一步具有連 接部150，用以連接電子裝置1，連接部15〇係可為符合電 子裝置1上輸入/輸出插孔3之連接頭。如第3圖及第4圖 所示，連接部150係為符合行動電話的傳輸孔之連接頭， 因此，可藉由連接部150緊配於傳輸孔而使支架結構1〇〇 穩固連接於行動電話上。此外，連接部150係可形成有嵌 合部151，當連接部150插置於電子裝置1上輸入/輸出插 孔3中時’喪合部151卡固於輸入/輸出插孔3中，可更加 穩固支架結構1〇〇與電子裝置1。 此外’支架結構1〇〇係可進一步包含定位件16〇，如第 1圖所不，定位件160設於第一樞接部12〇與第二樞接部 14〇之間，用以定位旋轉件130與固定件11〇打開之狀態， 可避免支稽電子裝置丨於平面上時’旋轉件m鬆動而無 法保持電子裝置1之穩固續。圖式中定位件16G係以具 有複數個凸塊及凹槽之_片體作為示例說明 ，然不限於 此。 再者藉由第一樞接部12〇、第二柩接部⑽及定位件 160,可使旋轉件13G相辦於岐件—雙向開合進而使 ，子裝置1以正面或背面朝前而向後傾斜，如第4圖所示， j m面或背面朝前而向後傾斜」係指面對使用者 口據Λ不而反向安農支架結構謂，而可藉由將旋轉 :130往S #向旋轉’而使電子襄置1傾斜成以不同面 ~具體而言’依照電子裝置所提供之各種多媒 體功能，例如：顯示螢幕與鏡頭相對設置的數位相機、或 者正背面U鏡頭的行動電話或平板電腦等，使用者須 將電子裝置傾斜立於平面上並使其+—面朝向自己，本創 作除了可使電子裝置以正面朝前而向後傾斜以供使用者檢 i #控正面之顯不螢幕之外，更可依照使用者之需求或 電子裝置上鏡襲位置，調整支綠構⑽以使電子裝置 M411763 以正面或背面朝前而向後傾斜，以供使用者可面對正面或 背面的鏡頭，便於照相或視訊功能之操作。因此，支架結 構100可使電子裝置i直向或橫向地支標於平面上，且支 架結構100可雙向開合，而使電子裝置可以正面或背面朝 前而向後傾斜。 參照第5圖至第7圖，係為本創作第二實施例之示意 圖。支架結構200之固料21G卜連接部25()可進一步 具有扣合件252，當連接部，連接於電子裝置1上輸入/ 輸出插孔時’可藉由扣合件252扣合至輸入/輸出插孔中而 穩固支架結構200與電子裝£ i。如圖中所示例，固定件 21〇底部具有開口 213,扣合件252係兩端向内彎折並形成 有凸角253，且於連接部25〇中形成有扣合凸塊254，當連 接邓250插置於輸入/輸出插孔中時，將扣合件252透過開 口 213壓合至扣合凸塊254之間，而使凸角2兄扣合於輸 入7輸出插孔3中，進而使支架結構200與電子裝置1可更 加穩固；並且，扣合件252之中段可形成彎部255，當扣合 件252扣合連接部250於輸入/輪出插孔中時，彎部255可 路出於開口 213之外，藉此，可用手拉出扣合件252，再將 連接部250從輪入/輸出插孔中拔出’進而使支架結構200 與電子裝置1分離。此外，支架結構2〇〇可使電子裝置i 直向或橫向地支撐於平面上’且支架結構200可雙向開合， 而使電子裝置可以正面或背面朝前而向後傾斜，其係大致 相同於支架結構100，故省略其說明。 參照第8圖，係為本創作第三實施例之示意圖。外殼 9 M411763 300的支架結構係包含固定件310以及旋轉件330 ;其中’ 固定件310係為殼體並形成有容置空間315,容置空間315 係可用於容衲電子裝置1，同時，以殼體之其中一側面為支 撐面’且於殼體之邊角設置第一樞接部320，電子裝置1 可容置於殼體之容置空間315中並藉由支架結構300支撐 於平面上；旋轉件330具有第二樞接部340，第二樞接部 340係與第一樞接部320連接，用以使旋轉件330可相對固 疋件310旋轉開合；旋轉件330相對於固定件310旋轉之 轉轴軸線係傾斜於所支撐之平面’同時，第一樞接部320 及該第二拖接部340係對應殼體之邊角與電子裝置1之邊 置圖中係以行動電話之外殼作為外殼300之示例 說明’然不限於此。其中，固定件310之殼體外部形成有 圓^第—樞接部32G係可設置於81角上，及旋轉件330 之端係可形成弧面，第二樞接部34〇係可設置於弧而卜，M411763 V. New description: [New technical field] This creation relates to a bracket structure, especially for supporting an electronic device mounted on a plane. [Prior Art] Due to advances in electronic technology, touch panel and display panel technologies have been widely used in various devices, making various electronic devices tend to be lighter, thinner, and more user-friendly. In particular, portable electronic products such as mobile phones, e-books, and tablet computers tend to minimize other additional structures and components by using a touch display panel as a main component in a slim and light fashion. However, due to functional requirements, such as multimedia functions such as photography, video playback, or video, these products often need to be supported upright or tilted on a flat surface such as a desktop to facilitate alignment of the lens of the electronic device with the image capturing target, or The display screen is intended for viewing by the user, so an additional bracket is required to securely support the electronic device so that it is supported upright or tilted on a flat surface. Fig. 10 is a schematic view showing a conventional electronic device holder which is connected to the bottom surface and the back surface of the electronic device 1 to form a support. As shown in FIG. 10( a ), the bracket 4 is mounted on the back surface of the electronic device 1 , and has a fixing portion 41 connected to the back surface of the electronic device 1 and a rotatable arm 42 , and is supported by rotating the opening arm 42 . The electronic device 1 is tilted and supported on a plane; however, the bracket 4 described above must be mounted at a specific position on the back surface of the electronic device 1 in a manner of supporting points, so that the center of gravity of the electronic device 1 can be stabilized and stand, and the back of the electronic device 1 can be reduced. The available area, and in order to improve the stability of the 3 M411763 degree, a large volume is required to form a surface contact support. The figure 10(b) is a schematic view of the support base 5 for supporting the electronic device 1. The support base 5 has a receiving area 51 and a supporting portion 52, so that the electronic device 1 can be placed in the accommodating area 51. And supported by the support portion 52 obliquely on the plane; however, the support base 5 occupies space and is undesirably carried around. In addition, generally, a display screen of a mobile device, a digital camera, or the like is disposed on the front and the back of the electronic device opposite to the main lens. Therefore, the camera or the video must be directed toward the user with the lens on the back side, and the conventional electronic device bracket is used. Only the inclination of the single direction is provided, and the mounting position of the bracket must be changed in order to tilt the electronic device 1 in the other direction, which is not convenient to use. Therefore, the conventional electronic device bracket must be disposed on the back of the electronic device, and has the disadvantages of large volume, space occupation, single support direction, and inconvenient use. [New content] This creation provides a bracket structure for supporting electronic devices on a flat surface. In order to solve the shortcomings of the conventional electronic device bracket, the present invention provides a bracket structure for supporting an electronic device on a plane, comprising: a fixing member having a first pivoting portion; and a rotating member having The first pivoting portion is connected to the second pivoting portion; wherein the rotating member is inclined with respect to the axis of rotation of the fixing member, and the first connecting portion and the second pivoting portion The department corresponds to the position of one of the corners of the electronic device. In the above bracket structure, one end of the fixing member may form a curved surface or an inclined surface to provide the first pivoting portion. 4 M411763 In the above bracket structure, one end of the rotating member forms a curved surface or a inclined surface to set the second pivoting portion. In the above bracket structure, the fixing member may further have a connecting portion for connecting the electronic device. In the above bracket structure, the connecting portion is formed with a fitting portion. In the above bracket structure, the connecting portion further has a fastening member. The bracket structure further includes at least one positioning member for positioning the rotating member. The present invention further provides a housing having a bracket structure, comprising the bracket structure as described above, wherein the fixing member is a housing forming an accommodation space. In the above casing having a bracket structure, the outer portion of the casing may be formed with rounded corners or beveled to set the first splicing portion. In the above casing having a bracket structure, one end of the rotating member may be formed with a curved surface or an inclined surface to provide the second pivoting portion. In the above casing having a bracket structure, the casing is a soft protective sheath. The above casing having a bracket structure further includes at least a certain position for positioning the rotating member. Therefore, the bracket structure of the present invention is connected to the bottom surface or the side surface of the electronic device by the fixing member, which does not occupy the area of the back surface of the electronic device, and has the advantage of small volume; meanwhile, the fixing member and the rotating member can be rotated by the tilting The shaft rotates relative to each other, and the bracket structure can be bi-directionally opened and closed by the positioning member, so that the electronic device can be tilted in different directions, which is convenient for use and easy to accommodate 5 M411763. In addition, the present invention further provides a housing having a bracket structure for protecting the surface of the electronic device and providing a supporting function. [Embodiment] In order to fully understand the purpose, features and effects of the present work, the following detailed description will be made in detail with the accompanying drawings, and the description will be described as follows: Refer to Figures 1 to 4 Figure, which is a schematic diagram of a first embodiment of the present creation. The bracket structure 100 includes a fixing member 110 and a rotating member 130 for supporting the electronic device 1 on a plane, wherein the fixing member 110 has a first frame portion 120, and the bracket structure 100 can be fixed to the electronic body by the fixing member 110. The rotating member 130 has a second pivoting portion 140, and the second pivoting portion 140 is coupled to the first pivoting portion 120 for rotating and rotating the rotating member 130 relative to the fixing member 110; and the rotating member 130 The axis A of the rotation relative to the rotation of the fixing member 110 is inclined to the supported plane, and the first pivoting portion 120 and the second pivoting portion 140 correspond to the position of the corner 2 of the electronic device 1. When the rotating member 130 is rotated to open an angle between the fixing member 110 and the rotating member 130, the electronic device 1 can be supported on a plane. In the figure, the mobile phone is used as an example of the electronic device 1. The bracket structure 100 is fixed on the side of the electronic device 1 by the fixing member 110, and the fixed member 110 and the rotating frame 130 are relatively rotated to form an open state and a closed state; The fixing member 110 and the rotating member 130 may be formed with a curved surface and a sheet-shaped arm respectively at one end, and the curved surface is a position where the sheet-like arm of the fixing portion 110 extends to the corner 2 of the electronic device 1 to conform to 6 electronic corners with rounded corners or curved corners 1 · 廿 mouth-shaped phase, the top surface of the rotating member 13 and the bottom surface of the fixing member 110 are provided with a m ° frame, and the structure 1 (8) is in a closed state, the rotating member can be rotated 130 Γ 疋 110 110 相 相 相 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 110 〇 Rotating shaft axis Α phase = oblique to plane 'In other words, when the fixing member u 〇 and the rotating member 13 Α are rotated relative to each other to form an angle, the axis a of the rotating shaft is not straight. Open the plane of the Cheng Cheng and the support device 1 on the fixing member 110 and the _ member 13G Plane 'and the electronic device 1 is supported on a flat surface and is inclined, i.e. the front or rear set of electronic Xiang inclined toward a person to use. In addition, the fixing member 110 and the rotating member 130 may be a sheet-shaped arm formed with an inclined surface at one end, and the inclined surface may conform to the electronic device 1' having an oblique angle. Similarly, the first pivoting portion 120 may be disposed on the fixing member. The inclined surface of the first pivoting portion 140 can be disposed on the inclined surface of the rotating member 13〇 so that the axis of rotation a of the rotating member 130 relative to the rotating member no can be relatively inclined to the plane when the fixing member 110 rotates. When the member 13 turns relative to the rotation axis d to form an angle, the electronic device 1 can be supported on the plane and inclined. In the above-mentioned bracket structure 100, the fixing member 11 can further have a connecting portion 150 for connecting the electronic device 1, and the connecting portion 15 can be a connector that conforms to the input/output jack 3 of the electronic device 1. As shown in FIGS. 3 and 4, the connecting portion 150 is a connector that conforms to the transmission hole of the mobile phone. Therefore, the bracket portion 1 can be firmly connected to the action by the connecting portion 150 being tightly fitted to the transmission hole. On the phone. In addition, the connecting portion 150 can be formed with a fitting portion 151. When the connecting portion 150 is inserted into the input/output jack 3 of the electronic device 1, the 'funny portion 151 is fastened in the input/output jack 3, The support structure 1 is more stable and the electronic device 1 is used. In addition, the bracket structure 1 can further include a positioning member 16A. As shown in FIG. 1, the positioning member 160 is disposed between the first pivoting portion 12〇 and the second pivoting portion 14〇 for positioning rotation. The state in which the member 130 and the fixing member 11 are opened can prevent the rotating member m from being loosened when the electronic device is mounted on a plane, and the electronic device 1 cannot be kept stable. In the drawing, the positioning member 16G is exemplified by a sheet body having a plurality of bumps and grooves, but is not limited thereto. Furthermore, by the first pivoting portion 12〇, the second splicing portion (10) and the positioning member 160, the rotating member 13G can be arranged in the —-- bidirectional opening and closing, so that the sub-device 1 faces forward or back. Tilting backwards, as shown in Fig. 4, the jm face or the back face is tilted backwards, which means that the user is facing the user's mouth and does not reverse the Anon bracket structure, but by rotating: 130 to S # Rotating 'and tilting the electronic device 1 to different faces - specifically 'in accordance with various multimedia functions provided by the electronic device, such as a digital camera that displays a screen opposite to the lens, or a mobile phone with a front-back U lens or For tablets, etc., the user must tilt the electronic device on a flat surface and make the +-face facing toward himself. In addition to making the electronic device tilt forward with the front facing forward, the user can check the front of the electronic display. In addition to the screen, the green structure (10) can be adjusted according to the user's needs or the position of the mirror on the electronic device, so that the electronic device M411763 is tilted backwards with the front or the back facing forward, so that the user can face the front or the back. Lens for easy photography or The operation of the video function. Therefore, the bracket structure 100 allows the electronic device i to be directly or laterally supported on a plane, and the bracket structure 100 can be opened and closed in both directions, so that the electronic device can be tilted rearward with respect to the front or the back. Referring to Figures 5 through 7, a schematic view of a second embodiment of the present invention is shown. The fixing member 21 of the bracket structure 200 can further have a fastening member 252. When the connecting portion is connected to the input/output jack of the electronic device 1, the buckle can be engaged to the input by the fastening member 252. The output jack is in the output jack and the bracket structure 200 is secured to the electronics. As shown in the figure, the bottom of the fixing member 21 has an opening 213, and the fastening member 252 is bent inwardly and formed with a lobes 253, and a fastening protrusion 254 is formed in the connecting portion 25〇 when the connection is made. When the Deng 250 is inserted into the input/output jack, the fastening member 252 is pressed through the opening 213 to the latching projection 254, and the lobe 2 is engaged with the input 7 output jack 3, thereby The bracket structure 200 and the electronic device 1 can be more stable; and the middle portion of the fastening member 252 can form a bent portion 255, and when the fastening member 252 snaps the connecting portion 250 into the input/wheeling insertion hole, the curved portion 255 can be The road is outside the opening 213, whereby the fastening member 252 can be pulled out and the connecting portion 250 can be pulled out from the wheel input/output jack to separate the bracket structure 200 from the electronic device 1. In addition, the support structure 2 can enable the electronic device i to be supported on the plane in a straight or lateral direction and the support structure 200 can be bi-directionally opened and closed, so that the electronic device can be tilted rearward or backward, which is substantially the same as Since the stent structure 100 is omitted, the description thereof will be omitted. Referring to Fig. 8, there is shown a schematic diagram of a third embodiment of the creation. The bracket structure of the housing 9 M411763 300 includes a fixing member 310 and a rotating member 330. The fixing member 310 is a housing and is formed with an accommodating space 315. The receiving space 315 can be used for accommodating the electronic device 1 while One side of the housing is a supporting surface ′, and a first pivoting portion 320 is disposed at a corner of the housing. The electronic device 1 can be received in the accommodating space 315 of the housing and supported on the plane by the bracket structure 300. The rotating member 330 has a second pivoting portion 340, and the second pivoting portion 340 is coupled to the first pivoting portion 320 for rotating and rotating the rotating member 330 relative to the fixing member 310; the rotating member 330 is fixed relative to the fixed portion The axis of rotation of the member 310 is inclined to the plane of the support. Meanwhile, the first pivoting portion 320 and the second butt portion 340 are corresponding to the edge of the housing and the side of the electronic device 1 are actuated. The casing of the telephone as an example of the casing 300 is 'not limited thereto. Wherein, the outer portion of the housing of the fixing member 310 is formed with a circle-the pivotal portion 32G can be disposed at the corner of the 81, and the end of the rotating member 330 can form a curved surface, and the second pivoting portion 34 can be disposed on the Arc,
卞®上並呈傾斜時，其轉轴轴線係不垂直所支擇之平 面而電子裝置1橫向地擺放於平面上並呈傾斜時，其轉When the 卞® is tilted, its axis of rotation is not perpendicular to the selected plane and the electronic device 1 is placed laterally on the plane and tilted.
此外， 得工十〔即轉轴軸線不平行也不垂 。因此’藉由外殼3〇〇可使電子梦 於平面上’並使電子裝置1以正面或 第一樞接 固定件310之殼體外部形成有斜角 部320係 面，第二於斜角上’及旋轉件330 一端形成有傾斜 相對於固〜^ 34G係可設置於傾斜面上’以使旋轉件330 固定彳it疋彳310旋轉之轉軸軸線可相對傾斜於平面，告 與旋轉件330以轉轴轴線相對旋轉而二“ 傾斜電子裝置1可直向或橫向地支撑於平面上並呈 另外，外殼300之殼體係可為金屬或塑膠之硬質外殼， 或者，外殼300之殼體亦可為塑膠之軟質保護套。 參照第9圖，係為本創作第四實施例之示意圖。外殼 4〇〇之固定件410中，殼體係可形成容置電子裝置工一部份 之容置空間’而不限於容置電子裝置！之整體。如圖中所 不例’殼體414之容置空間係可透過凹槽417形成。如圖 中所示例，將電子裝置1沿凹槽417安裝於殼體414中後， 再藉由轉動旋轉件430而打開形成一夾角，可使電子裝置i 可直向或橫向地支撐於平面上並呈傾斜。 此外’上述之外殼300、400的支架結構可進一步包含 疋位件’其係相同於第一實施例及第二實施例之定位件 160 ’故省略其說明。故藉由外殼300、400的支架結構， 可使電子裝置1直向或橫向地支撐於平面上，且外殼300、 〇〇的支架結構可雙向開合，而使電子裝置可以正面或背面 朝前而向後傾斜。 本創作在上文中已以較佳實施例揭露，然熟習本項技 術者應理解的是，該實施例僅用於描繪本創作，而不應解 讀為限制本創作之範圍。應注意的是，舉凡與該實施例等 11 效之變化與置換，均應設為涵蓋於本創作之範疇内。因此， 本創作之保護範圍當以申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖為本創作第一實施例之分解示意圖。 第2圖為本創作第一實施例之斷面示意圖。 第3圖為本創作第一實施例中，支架結構固定於電子裝 置之示意圖。 & 第4圖為本創作第一實施例中，支架結構打開形成一夾 角，並使電子裝置直向與橫向地支撐於平面上之示咅圖。 第5圖為本創作第二實施例之分解示意圖。 第6圖為本創作第二實施例之斷面示意圖。 第7圖為本創作第二實施例中，支架結構固定於電子裝 置並打開形成一夹角之示意圖。 第8圖為本創作第三實施例之示意圖。 第9圖為本創作第四實施例之示意圖。 第10圖為習知的電子裝置支架之示意圖。 【主要元件符號說明】 1 電子裝置 2 邊角 3 輸入/輸出插孔 100 支架結構 110 固定件 M411-763 第一樞接部 旋轉件 第二樞接部 連接部 嵌合部 定位件 支架結構 固定件 開口 連接部 扣合件 凸角 扣合凸塊 彎部 外殼 固定件 容置空間 第一極接部 旋轉件 第二柩接部 外殼 固定件 凹槽 旋轉件 M411763 A 轉軸轴線In addition, the work is done ten (that is, the axis of the shaft is not parallel or hanging. Therefore, 'the electronic device 1 can make the electronic dream on the plane' and the electronic device 1 is formed with the beveled portion 320 on the outside of the front surface of the front or first pivotal fixing member 310, and the second oblique angle 'and one end of the rotating member 330 is formed with a tilt relative to the solid Φ 34G can be disposed on the inclined surface ′ so that the axis of the rotating shaft of the rotating member 330 can be relatively inclined to the plane, and the rotating member 330 is The axis of the rotating shaft is relatively rotated and the two "inclined electronic device 1 can be supported on the plane in a straight or lateral direction and in addition, the housing of the outer casing 300 can be a rigid outer casing of metal or plastic, or the outer casing of the outer casing 300 can also be It is a soft protective cover for plastic. Referring to Fig. 9, it is a schematic view of the fourth embodiment of the present invention. In the fixing member 410 of the outer casing 4, the housing can form a receiving space for accommodating a part of the electronic device. It is not limited to the whole of the electronic device! As shown in the figure, the housing space of the housing 414 can be formed through the recess 417. As shown in the figure, the electronic device 1 is mounted on the housing along the recess 417. After the body 414, and then by rotating the rotating member The opening 430 forms an angle, so that the electronic device i can be supported on the plane and inclined obliquely or laterally. Further, the bracket structure of the above-mentioned outer casings 300, 400 can further include a clamping member which is identical to the first The positioning member 160 of the embodiment and the second embodiment is omitted. Therefore, by the bracket structure of the outer casing 300, 400, the electronic device 1 can be supported on the plane in a straight or lateral direction, and the outer casing 300, the outer casing 300 The bracket structure can be opened and closed in two directions, so that the electronic device can be tilted forward or backward with respect to the front or the back. The present invention has been disclosed in the above preferred embodiments, but it should be understood by those skilled in the art that this embodiment is only used. This work should be depicted and should not be construed as limiting the scope of this work. It should be noted that changes and substitutions such as this embodiment should be included in the scope of this creation. Therefore, this creation The scope of protection is defined by the scope of the patent application. [Simplified illustration of the drawings] Fig. 1 is an exploded perspective view of the first embodiment of the creation. Fig. 3 is a schematic view showing the structure of the bracket fixed to the electronic device in the first embodiment of the present invention. <Fig. 4 is a first embodiment of the present invention, the bracket structure is opened to form an angle, and the electronic device is straight and FIG. 5 is a schematic cross-sectional view showing a second embodiment of the present invention. FIG. 6 is a schematic cross-sectional view showing a second embodiment of the present invention. A schematic diagram of the bracket structure fixed to the electronic device and opened to form an angle. Fig. 8 is a schematic view showing a third embodiment of the creation. Fig. 9 is a schematic view showing a fourth embodiment of the creation. Schematic diagram of the electronic device bracket. [Main component symbol description] 1 Electronic device 2 Corner 3 Input/output jack 100 Bracket structure 110 Fixing member M411-763 First pivoting part rotating part Second pivoting part connecting part fitting part Locator bracket structure fixing member opening connecting portion fastening member knuckle snapping convex portion bending portion housing fixing member accommodating space first pole connecting portion rotating member second splicing portion housing fixing member groove rotating member M411763 A shaft axis