[77840 五、新型說明： 【新型所屬之技術領威】 本創作是有關於一種數位行動裝置及其支撐架模組，特 別是有關於一種可分離之支亨架模組。 【先前技術·】 隨著行動通訊裝置的使用普及，製造廠商為了在市場上 搶有一席之地，因此行動通m裝置的配屬功能越來越多，也 使得行動通訊裝置不僅具有多樣化功能，諸如多媒體，無線 網路，遊戲及多方通話等符合消費者需求的附加價值。除了 在功能上求變化外，對於行動通訊裝置的外觀也是吸引消費 者構買您望的重點。 請參閱第1圖，其係為習知之行動通訊裝置之示意圖。 此行動通訊裝置包括一本體10, 一正面殼體101及一背面殼 體102。其中正面殼體101及背面殼體1〇2係設置於本體1〇 之正反面。且正面殼體101具有一顯示螢幕103及操作鍵盤 104。一般行動通訊裝置平躺於桌面時，顯示螢幕1(B的可 視角度範圍多半只有135度且具有反光作用，所以當使用者 眼睛視線在顯示螢幕103可視範圍外時，使用者即無法看清 顯示螢幕之來電顯示號碼及時間。此外，當行動通訊裝置播 放影音資訊時，使用者需手持行動通訊裝置以調整至最佳觀 看角戽’來使顯示螢幕之顯示資訊可更加清楚辨識。 有鍟於上述問題，部分廠商便製造出配屬商品，如手機 3 M377840 座’來吸引朗者購買且解決上述不易放置且不魏看顯示 勞幕的問題0 ·· 然而，-般的手機座雖然具有置放的功能，可是卻不易 隨著行動通訊裝置-起攜帶，且使时魏㈣f手機絲 放置’著實造成使用者的不方便。 另外’對於現在時下流行的照相行動通訊裝置來說，若 多了-個與數位相機具有相同的腳架定位魏，即為多了一 個吸引消費者購買的動力’所以為了因應市場需求薇商開 始製作迷你型畴，該迷你獅㈣—般相機腳架構造相 同’但由於f另外攜帶，且有的㈣崎_訊裝置來的 大’所以市場乏人問津。 — . 再者，此腳紐料亦可朗無法珊之情況，導致過 大外力施於腳架上，而造成自腳架樞接處斷裂。 此外’有些數位行動裝置，如數位相框，於框體後側設 =細莫組’以支撐固定框體。.然而，此種支撐架模組 2螺栓或螺、制定於框體，當錢者調整支撑雜組之轉 ^角度時’域雜組容毅外力砂動，導致數 法穩定設置於操作面上，而容易傾倒。 …、 【新型内容】 於上述習知技藝之_，糊作之目的就是在提供 =數，行_置及其支撐賴組，轉料機座攜帶不易 檇γ，或解決腳架容易斷裂之問題。 M377840 ⑽之目的，提出—種支辟。此支撐架模 一數位行動裝置，並包含一固定件及一轉動件。固 丈件ο括i性元件及—定⑽。定位體係位於彈性元件之 :側。轉動件雜接於固餅，並具有—定位孔，且彈性元 2定位體係設置於定位孔内。其中，兩突輯分別可分 地甘欠設於樞孔中。 -纟中’轉動件相對固定件轉動時，彈性元件係壓迫定位 鲁體頂抵固定件’使固定件及轉動件保持一定位角度。 承上所述，因依本創作之支撐架模组，可藉由彈性元件 壓迫疋位體頂抵固定件，使用者操作此支稽架模組時固定 件及轉動件可藉由彈性元件壓迫定鋪，使定位體與固定件 產生-摩擦力以縣—定位角度，而可保有操作手感。 根據本創作之辦目的，翻—種触行動裝置，其包 含-切架模組。其中，支#架模組包括—固定件及一轉動 件。固定件係設置於數位行動裝置之一侧，且固定件包括一 •彈性^牛及-位於彈性元件之一侧的定位體。轉動件係栖接 於固=件’且獅件具有—定位孔’雜元件及定位體係設 置於=位孔内。其中，當轉動件相對固定件轉動時彈性元 件係壓迫定位體麻固定件，使固定件及躺件保持一定位 角度。 【實施方式】 以下將參照相關圖式，說明依本創作之數位行動裝置及 其支樓架模組之實施例，為年便於理解，下述實施例中之相 5 同元件係以_之符號標示來說明。 請參=2圖及第3圖，其分別為本創作之支樓架减 ”數位仃練置實_之組合圖及支.撐雜組組合圖。在此 實^例中數位行動m包含__支料模組2，其包括一 固疋件21轉動件22、-壓制件23及-樞接件24。 °月，閱第4圖，其係為本創作數位行動裝置及其支樓架 模組實施例之分解_。在此實施射，固定件Μ為一柱狀 體其具有-槽體211、一靠合部212、-容置部213，一彈 性元件214及一定位體215。槽體21卜靠合部212及容置部 213則分別形成於固定元件21之兩側端及中央處。靠合部 212之頂端形成一凹槽2以，底端形成一定位腳21%，且定 位腳212b具有-孔洞2l2e，而可藉由孔洞取將支撐架模 組固定於數位行動裝置3上。容置部213具有一枢孔犯& 及一限位孔213b。槽體211之壁面間隔凹設複數個扣接部 211a，底端則延伸出定位腳2Ub，並於定位腳21比上設有 孔洞211c，而可藉由孔洞211c固定於數位行動裝置3上。 在此實施例中，為方便以鑄造方式成型固定件21，固定件 21係以鋅合金等低熔點金屬澆鑄製成，彈性元件214可以彈 簀來實施，定位體215可以碳铜所製成的滾珠來實施，但並 不以此為限。 轉動件22為一柱狀體，其具有一定位部221及一樞接 部222。定位部221及柩接部222分別位於轉動件22之兩側 端。其中，定位部221之一侧可嵌設於靠合部212之凹槽212& 内，樞接部222之兩侧壁面設有兩突點222a及一^位孔 M377840 • 222b，而樞接部222之頂端形成一壓制面222c，底端則向下 欠伸擔止單元222d。其中，樞孔213a可供一樞接件24所 穿設。在此實施例中，轉動件22可以鐵鎳合金等金屬所製 成，並以電鐘處理(如鑛化學鎳)其表面，而達到美觀效果。 舉制件23具有一壓迫體231及一彈性體232。壓迫體 • 231為一蓋體形狀，其側壁雇端延伸出複數個扣腳231a，其 與扣接部211a相對應。彈性體232係為一彈簧，其設置於壓 鲁 迫體23丨與槽體211之間。 請參閱第4圖及第5圖，其中第5圖係為本創作支撐架 模組實施例之位於支撐狀態之示意圖。當組裝此支撐架模組 2時，首先將彈性元件214及定位體215設置於定位孔222b 内。接著，將樞接件24之突點222a嵌設於容置部213之樞 孔213a中，並使轉動件22樞接於固定件211，此時，彈性 元件214因受定位體215之壓迫而產生一’彈性回復力，並藉 此，頂抵定位體215，使其卡合限位於限位孔2i3b。接著， φ 將壓制件23裝設於槽體211上，使壓迫體231之扣腳231a 扣接於槽體211之扣接部，以將彈性體232容置於槽體211 内。最後’藉由螺絲或螺栓通過孔洞212c，213b以鎖附支撐 架模組2及數位行動裝置3。 一當使用者欲觀看數位行動裝置3所播放之影片或來電顯 不時，可將支撐架模組2由收攏狀態移動至支撐狀態以撐起 數位行動裝置3。當使用者操作支撐架模組2時，首先按壓 壓迫體231，使其壓迫頂抵樞接部222之壓制面222c及彈性 體232，使彈性體232受到壓力而儲存壓縮位能，並使定位 體215脫離於限位孔213b。 222c受到>1迫體231他w 自於相接。卩222之壓制面 另一端咖垃f〜 位移，而帶動樞接部222之 以遠離〜f件作為支點向上位移轉動，將定位部221 動定位ί 向向外趣曲約20度左右。接著，扳 轉動件^ H Λ 朝遠離靠合部212之方向轉動。當 頂抵於容置角度為8〇度左右時，擋止單元期 轉過程中，彈性元件214及定位體215隨樞接 轉:而，:而與容置部213相對旋轉位移。由於在轉動 祕、心士置口P 產生一磨擦力，可使轉動件22於 此#2爾定位角度㈣使用者具有—雜手感，藉 ^動件22不會受重力或誤觸之影響而任意晃動。當使 用者停止施力於壓迫體231時，彈性體232因不受壓力，便 釋放壓縮儲能而回復原狀，以帶動壓迫體231回復至原位。 當使用者欲收攏此支撐架模組2時，僅需壓抵定位部 22卜以將其朝靠合部212之方向靠攏移動。當定位部221 之-側嵌設於靠合部212凹槽212a内時，定位體215則滑入 限位於限位孔213b内，以進一步固定轉動件2。 另外’當支擇架模組2受到無法預期之外力時，僅會由 固疋件21之枢孔213a與轉動件u《突點222a分離，而不 會將支撐架模組2之結構破壞。 此外，# 5。卩212可為磁性材質所製成，而可吸附固定 定位部221 ’以避免定位部221鬆脫於靠合部212。 M377840 综上職，本創倾崎練置及其續雜組之功效 在於藉由彈性元件概定位體，蚊位體對容置部產生一摩 檫^ ’可使使用者於操作此支撐架模組時具有—摩擦手感， 2轉動件之與定位件之間之固定肢，以避免轉動件任意 2而無捕定支撐數位行動裝置。賴定件與轉動件為可 刀離之態樣’因此即使受到無法預測之外力作用時，固定件 可與轉動件分離’耐會破壞讀賴組整體結構。 鋅二數:订動裝置及其支撐架模組之另-功效在於 =擠壓壓迫體，可使壓迫體職壓制部，以使定位部向外 翹曲，以方便使用者扳動轉動件。 性’而非為限制性者。任何未脫離本 ，而對其進行之等效修改或變更，均應包 3於後附之申請專利範圍中。 圖式簡單說明】 第1圖係為習知技藝之行動裝置之示意圖； 第2圖係為本創作數位行動装置與支樓架模組之示意圖 第3圖係為本創作數位行動敦置之支樓架模組之組合圖 及 第4圖縣本創舰位細h之支料歡之祕圖… 第5圖^本創作數位行動裳置支樓架模組位於支雜態之示 意圖。 M377840 【主要元件符號說明】 10 :本體； 101 :正面殼體； 102 :背面殼體； 103 :顯示螢幕； 104 :操作鍵盤； 2:支撐架模組； 21 :固定件； 211 :槽體； 211a :扣接部； 211b :定位腳； 211c :孔洞； 212 :靠合部； 212a :凹槽； 212b :定位腳； 212c :孔洞； 213 :容置部； 213b :限位孔； 214 :彈性元件；[77840 V. New Description: [New Technology Alliance] This creation is about a digital mobile device and its support frame module, especially for a separable support module. [Previous Technology] With the widespread use of mobile communication devices, manufacturers have a place in the market in order to gain a place in the market. Therefore, mobile devices have more and more functions, and mobile communication devices not only have diverse functions, such as Multimedia, wireless networks, games and multi-party calls add value to meet consumer needs. In addition to the functional changes, the appearance of the mobile communication device is also the focus of attracting consumers to buy. Please refer to FIG. 1 , which is a schematic diagram of a conventional mobile communication device. The mobile communication device includes a body 10, a front housing 101 and a rear housing 102. The front case 101 and the rear case 1〇2 are disposed on the front and back sides of the body 1〇. The front housing 101 has a display screen 103 and an operating keyboard 104. When the general mobile communication device is lying on the desktop, the display screen 1 (the viewing angle range of B is mostly only 135 degrees and has a reflective effect, so when the user's eye line of sight is outside the visible range of the display screen 103, the user cannot see the display. The caller ID number and time of the screen. In addition, when the mobile communication device plays video and audio information, the user needs to hold the mobile communication device to adjust to the optimal viewing angle 戽' to make the display information of the display screen more clearly recognized. In order to solve the above problems, some manufacturers have created matching products, such as mobile phone 3 M377840 'to attract the purchase of the Lang and solve the above problem of not easy to place and not to show the display screen. · However, the mobile phone holder has a The function of the release, but it is not easy to carry with the mobile communication device, and the placement of the Wei (four) f mobile phone wire is really inconvenient for the user. In addition, for the current popular camera mobile communication device, if more - The same tripod positioning as the digital camera, which is an additional power to attract consumers to buy 'so in order to In response to market demand, Weishang began to make mini-domains. The mini-lion (four)-like camera tripod has the same structure. 'But because f is carried, and some (four) is big, the market is lacking. - . However, this foot material can also be unsatisfactory, resulting in excessive external force applied to the tripod, resulting in breakage of the hinge from the tripod. In addition, 'some digital mobile devices, such as digital photo frames, are set on the back side of the frame. = Fine Mo group 'to support the fixed frame. However, this kind of support frame module 2 bolts or screws, is formulated in the frame body, when the money adjusts the rotation angle of the support group, the domain miscellaneous group Rongyi external force sand Move, causing the number method to be stably set on the operation surface, and easy to dump. ..., [New content] In the above-mentioned conventional techniques, the purpose of paste is to provide = number, line_position and its support group, turn The machine base is not easy to 檇γ, or solve the problem that the tripod is easy to break. The purpose of M377840 (10) is to propose a kind of support. The support frame is a digital mobile device and includes a fixing member and a rotating member. ο include i-components and - (10). Positioning The system is located on the side of the elastic component: the rotating component is mixed with the solid cake, and has a positioning hole, and the positioning system of the elastic element 2 is disposed in the positioning hole, wherein the two protrusions can be respectively disposed in the pivot hole. - When the rotating member is rotated relative to the fixing member, the elastic member is pressed to position the rigid body against the fixing member to maintain the fixing member and the rotating member at a positioning angle. According to the above, the support frame module according to the present invention The elastic member can press the top of the clamping body against the fixing member. When the user operates the supporting frame module, the fixing member and the rotating member can be pressed and fixed by the elastic member, so that the positioning body and the fixing member generate frictional force. County-positioning angle, but can maintain the operational feel. According to the purpose of this creation, the flip-type touch device includes a-cutting module, wherein the support module includes a fixing member and a rotating member. The component is disposed on one side of the digital mobile device, and the fixing member includes an elastic tube and a positioning body located on one side of the elastic member. The rotating member is attached to the solid member and the lion member has a positioning hole and a positioning system is disposed in the hole. Wherein, when the rotating member rotates relative to the fixing member, the elastic member presses the positioning body to fix the fixing member and the lying member at a positioning angle. [Embodiment] Hereinafter, embodiments of the digital mobile device and its branch building module according to the present invention will be described with reference to the related drawings. For the sake of understanding for the year, the same components in the following embodiments are marked with _ Mark to illustrate. Please refer to the Fig. 2 and Fig. 3, which are the combination diagrams of the “Building and Restoring” and the combination of the supporting and supporting groups. In this example, the digital action m contains _ _Support module 2, comprising a fixing member 21 rotating member 22, a pressing member 23 and a pivoting member 24. ° month, see Figure 4, which is the creation of the digital mobile device and its branch Disassembly of the module embodiment. In this embodiment, the fixing member is a columnar body having a groove body 211, a abutting portion 212, a receiving portion 213, an elastic member 214 and a positioning body 215. The groove body 21 and the receiving portion 212 are respectively formed at both side ends and the center of the fixing member 21. The top end of the engaging portion 212 forms a groove 2, and the bottom end forms a positioning leg 21%. The positioning leg 212b has a hole 2l2e, and the support frame module can be fixed to the digital mobile device 3 by the hole. The receiving portion 213 has a pivot hole & and a limiting hole 213b. The plurality of fastening portions 211a are recessed in the wall surface, the bottom end extends from the positioning leg 2Ub, and the hole 211c is disposed on the positioning leg 21, and can be fixed to the digital position by the hole 211c. In this embodiment, in order to facilitate the molding of the fixing member 21 by casting, the fixing member 21 is cast by a low melting point metal such as zinc alloy, the elastic member 214 can be elastically implemented, and the positioning body 215 can be carbonized. The ball made of copper is implemented, but not limited thereto. The rotating member 22 is a columnar body having a positioning portion 221 and a pivoting portion 222. The positioning portion 221 and the connecting portion 222 are respectively rotated. The two sides of the positioning portion 221 can be embedded in the recess 212& of the abutting portion 212. The two side walls of the pivoting portion 222 are provided with two protrusions 222a and a hole M377840. • 222b, and the top end of the pivoting portion 222 forms a pressing surface 222c, and the bottom end is downwardly extended to the supporting unit 222d. The pivot hole 213a is permeable to a pivoting member 24. In this embodiment, the rotation The piece 22 can be made of a metal such as iron-nickel alloy, and is treated with an electric clock (such as mineral nickel) to achieve an aesthetic effect. The lifting member 23 has a pressing body 231 and an elastic body 232. The pressing body • 231 In the shape of a cover body, the side wall of the side wall extends out a plurality of fastening legs 231a, and the fastening portion thereof Corresponding to 211a, the elastic body 232 is a spring disposed between the pressing body 23丨 and the groove body 211. Please refer to FIG. 4 and FIG. 5, wherein the fifth figure is the creative support frame module. A schematic diagram of the embodiment in the state of support. When the support frame module 2 is assembled, the elastic member 214 and the positioning body 215 are first disposed in the positioning hole 222b. Then, the protrusion 222a of the pivoting member 24 is embedded in the capacity. In the pivot hole 213a of the portion 213, the rotating member 22 is pivotally connected to the fixing member 211. At this time, the elastic member 214 is pressed by the positioning body 215 to generate an elastic restoring force, thereby abutting the positioning body. 215, the engagement limit is located in the limiting hole 2i3b. Next, the pressing member 23 is mounted on the groove body 211, and the fastening leg 231a of the pressing body 231 is fastened to the fastening portion of the groove body 211 to accommodate the elastic body 232 in the groove body 211. Finally, the support frame module 2 and the digital mobile device 3 are locked by screws or bolts through the holes 212c, 213b. When the user wants to watch the video or the incoming call played by the digital mobile device 3, the support frame module 2 can be moved from the collapsed state to the support state to prop up the digital mobile device 3. When the user operates the support frame module 2, the pressing body 231 is first pressed to press against the pressing surface 222c of the pivoting portion 222 and the elastic body 232, so that the elastic body 232 is subjected to pressure to store the compression potential energy and position. The body 215 is separated from the limiting hole 213b. 222c received >1 forced body 231 he w from the connection. The pressing surface of the crucible 222 is displaced at the other end, and the pivoting portion 222 is driven to move upwards away from the ~f member as a fulcrum, and the positioning portion 221 is dynamically positioned to about 20 degrees toward the outer loop. Then, the lever member H H 转动 is rotated away from the abutment portion 212. When the apex angle is about 8 degrees, the elastic member 214 and the positioning body 215 are pivotally rotated during the rotation of the stopping unit: and are relatively rotationally displaced from the accommodating portion 213. Since a frictional force is generated in the rotation secret and the heart-shaped opening P, the rotation member 22 can be positioned at the position of the #2, and the user has a miscellaneous hand feeling, and the movement member 22 is not affected by gravity or mis-touch. Shake freely. When the user stops applying force to the pressing body 231, the elastic body 232 releases the compressed energy storage and returns to the original state due to the pressure, so as to bring the pressing body 231 back to the original position. When the user wants to gather the support frame module 2, it only needs to press against the positioning portion 22 to move it toward the abutment portion 212. When the side of the positioning portion 221 is embedded in the recess 212a of the abutting portion 212, the positioning body 215 is slidably positioned in the limiting hole 213b to further fix the rotating member 2. In addition, when the support frame module 2 is subjected to an unexpected external force, only the pivot hole 213a of the fixing member 21 is separated from the rotating member u "bump 222a", and the structure of the support frame module 2 is not broken. Also, #5. The crucible 212 may be made of a magnetic material, and the positioning portion 221' may be adsorbed and fixed to prevent the positioning portion 221 from being loosened from the abutting portion 212. M377840 In summary, the effect of the original Insaaki practice and its continuation group is that the elastic element is positioned to the body, and the mosquito body produces a friction on the receiving part to enable the user to operate the support frame. The group has a frictional feel, and the fixed limb between the rotating member and the positioning member prevents the rotating member from being arbitrarily 2 without capturing the digital mobile device. The slinger and the rotating member are in a detachable manner. Therefore, even when subjected to an unpredictable force, the fixing member can be separated from the rotating member, which can damage the overall structure of the reading group. Zinc binary number: The other function of the binding device and its support frame module is that the pressing body can be pressed to press the body pressing portion to warp the positioning portion outward to facilitate the user to pull the rotating member. Sexuality is not a restriction. Any equivalent modifications or changes made to this document shall be included in the scope of the patent application attached. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of a mobile device of the prior art; Fig. 2 is a schematic diagram of a digital mobile device and a support frame module. Fig. 3 is a branch of the digital action The combination diagram of the floor module and the picture of the 4th map of the county's original ship's fine h. The 5th figure ^ The creation of the digital action skirt is supported by the branch frame module. M377840 [Main component symbol description] 10: body; 101: front case; 102: rear case; 103: display screen; 104: operation keyboard; 2: support frame; 21: fixing member; 211: tank; 211a: fastening portion; 211b: positioning leg; 211c: hole; 212: abutment; 212a: groove; 212b: positioning leg; 212c: hole; 213: accommodating portion; 213b: limiting hole; element;
I 215 :定位體； 22 :轉動件； 221 :定位部 222 :樞接部； 222a :突點 222b :定位孔； 222c :壓制面； 222d :擋止單元； 23 :壓制件； 231 :壓迫體；‘ 231a :扣腳； 232 :彈性體； 24 :樞接件；及 3 :數位行動裝置。 213a :枢孔；I 215 : positioning body; 22 : rotating member; 221 : positioning portion 222 : pivoting portion; 222a : protruding point 222b : positioning hole; 222c : pressing surface; 222d : blocking unit; 23 : pressing member; 231 : pressing body ; ' 231a : buckles; 232 : elastomers; 24 : pivots; and 3 : digital devices. 213a: a pivot hole;