200829193 九、發明說明: 【發明所屬之技術領域】 本發明係有關於一種電子裝置支撐架結構,其主要提供一 具有夕轴機構特性且可擴充機構機能者。 【先前技術】 Ο200829193 IX. Description of the Invention: [Technical Field] The present invention relates to an electronic device support frame structure which mainly provides a function of an antenna mechanism and an expandable mechanism function. [Prior Art] Ο
I 習知的電子裝置支樓架結構係提供平面顯示器、PDA、衛 裝置等電子裝賴i,並爾糊__嶋態調整、,而几 達到這類電子裝置的位置或視角的調整,以方便使用者的操作或觀看。 以液晶綠纽,妞位時代的來臨以及網路的普及,液晶顯示榮幕 :、有U 4电及心料優點,_然成為電腦顯示螢幕及家用電 的机口口般而口,將液晶顯示螢幕擺放於桌樞上 顯示榮幕通常麵面録物_峨,另2 面亦可透過_支紅切定位或調轉置之角产。 然而’近年來的液_示螢幕絲結構中 示螢幕個別製作後,再加以化壯AL ‘ Utw夜日曰顯 暮放^卜在整個含有支架之液晶顯示螢 ί= 爾的峨晶顯 使得===牌規格及液晶螢幕之尺寸有愈來愈大的趨向, 螢幕在組尺寸及更重重量的量產,因此液晶顯示 當液曰顯^ / 彡成更Α的受力結構絲。舉例而言, 田液曰Η”、、貞W幕支架結構為較小之賴 構承受較小的負載重量 、” /夜日日如螢幕支架結 ,反之,當液晶顯示$幕支架結構調整為較大 200829193 的祕角度日〗,整個液晶顯示螢幕支架結構會承受較大的貞載重量。 :般習用的液晶顯示螢幕支架結構對於此種受力狀態未有相對應的設 计’因此無法形成柯受力結構’而不能克服不同尺寸規格及傾斜角 度所構成的相異受力支撐狀態。 3此’本發明之發明人娜於習知電抒置支撐钱構之缺失, 乃亟思發明—種電子裝置支撐架結構裝置。 【發明内容】 本發明主钱提供—電子裝置支撐雜構,其係提供—具 機構特性之支樓架結構,藉以於一端設置 的擺設姿_整。 4衣置’蝴轉子農置 ^發㈣-目的係提供該電子裝置切架結構,其係提供一可拆 口P ’而達到美觀的效果。 本發明再—目的係提健電子錢切紐構1储供—工且 擺放空間,以方便制者收藏調整該支撐架結構所需之工且 - =彳取㈣,她舰—_㈣她 =祕.-峡桿體,其係_等截面之柱狀浦,_定桿體綱 固疋部,用以提供該固定桿體固設於物體上;以及—_並、 係—桿體,並包括-懸掛部以及—套接部,該懸掛部料置於 =㈣ 端’ __電子裝置, 知,且箱接部係套接於該固定桿體 提供銜接於制定桿顯_掛桿體之間。 了U延伸桿體 20U829193 ::之固定桿體頂端具有1 具,其中邊固定桿中空部 二邛、一頂端蓋以及一工 構;以及該⑽係中沿著轴向貫穿頂端之中空結 而形成可開啟或閉合之結構。再者定桿中空部頂端開口處, 以掛勾該工具。 ϋ亥頂端盍下表面設置一掛環,用 刖述之t♦桿體之_卜部細 結構,用以裝設該電子穿置v匕括固定板,其係-板體 面’且複數個旋崎環繞排列=係前端枢接於該固定板後表 係自該旋鱗端面朝前端延伸形成;:=端=軸 體與-第二板體,且兮笛4 及以反,其係包括-第-板 構,該背二 部可容置該固定;^疋,孔’該背板前端面具有—背板凹 部以及細ϋ传 後端面具有複數個導引凸肋、複數個缺口 ,沾s 、处古阻富凸肋’該些導引凸肋係該背板後端面環繞該旋鈕穿 ^、_突出結構’且各個導引凸肋之間係形成一凹狀部I The conventional electronic device support structure provides electronic displays such as flat-panel displays, PDAs, and security devices, and adjusts the position or viewing angle of such electronic devices. User-friendly operation or viewing. With the LCD green button, the arrival of the era of the girl and the popularity of the Internet, the LCD display screen: the U 4 power and the advantages of the heart, _ become the mouth of the computer display screen and household electricity, the LCD The display screen is placed on the table pivot to display the glory of the usual face-to-face recording _ 峨, and the other two sides can also be placed through the _ red-cut positioning or the reversal of the corner. However, in recent years, the liquid screens in the liquid screen display have been individually produced, and then the AL 'Utw night 曰 曰 ^ ^ ^ 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在== The specifications of the card and the size of the LCD screen are getting bigger and bigger. The screen is mass-produced in group size and heavier weight. Therefore, the liquid crystal display is displayed as a more sturdy structure. For example, the structure of the Tianye 曰Η", 贞W curtain bracket is smaller for the smaller structure to bear the load weight," / night day as the screen bracket knot, and vice versa, when the liquid crystal display $ curtain bracket structure is adjusted to The larger the secret angle of 200829193, the entire LCD display screen structure will withstand a large load capacity. : The conventional liquid crystal display screen holder structure does not have a corresponding design for such a stress state, so that it is impossible to form a coercive structure, and it is not possible to overcome the different force support state composed of different size specifications and inclination angles. 3 The inventor of the present invention, in the absence of the conventional electronic device, supports the lack of money structure, and is the invention of the electronic device support frame structure device. SUMMARY OF THE INVENTION The main money of the present invention provides an electronic device supporting a hybrid structure, which provides a structure of a branch structure having a mechanical characteristic, whereby a posture of one end is set. 4 clothes set 'Butter rotor farmer's hair (four) - the purpose is to provide the electronic device cutting structure, which provides a removable P' to achieve an aesthetic effect. The invention again aims to provide a storage and supply space for the electronic money cutting structure, so as to facilitate the makers to collect and adjust the structure required for the support frame structure - - = (4), her ship - _ (four) she = Secret.-The gorge body, which is a columnar pylon of the _ equal section, _ fixed rod body sturdy part, used to provide the fixed rod body fixed on the object; and -_ and, the system - the rod body, and Including a suspension portion and a socket portion, the suspension portion is placed at the = (four) end '__ electronic device, and the box portion is sleeved on the fixed rod body to provide connection with the rod display rod between. The U-shaped rod body 20U829193 has a fixed rod body top end, wherein the fixed rod has a hollow portion, a top end cover and a structure; and the (10) system is formed by a hollow knot extending axially through the top end. Structure that can be opened or closed. Furthermore, the top end of the hollow portion of the rod is fixed to hook the tool. A hanging loop is arranged on the lower surface of the top surface of the ϋ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Surrounding arrangement=The front end of the system is pivotally connected to the fixing plate, and the front part of the watch is extended from the end face of the spiral scale toward the front end; the end = the shaft body and the second plate body, and the flute 4 and the counter are included, and the system includes - a first-plate structure, the back two parts can accommodate the fixing; ^ 疋, the hole 'the front end surface of the back plate has a back plate concave portion and the fine ϋ rear end face has a plurality of guiding ribs, a plurality of notches, s The guide ribs of the back plate are surrounded by the knob, and the protrusions are formed around the knob, and a concave portion is formed between the guide ribs.
V t缺口部,該些阻播凸肋則分別對應—料凸肋並自所對應的導弓il 徑向向_編输編。再者,編有複數個 預置孔,該些預置孔係可配合—般的液晶螢幕背面的制式螺絲孔,夢 以提供該電子裝置之固鎖。 9 為使熟悉該項技藝人士瞭解本發明之目的、特徵及功效,茲藉由 下述具體實施例,並配合所附之圖式,詳加說明如后。 【實施方式】 翏考第1減第2 ®麵示,第!難本發明電子裝置支樓架社 200829193 構-具體實施例之立體組合視圖,第2圖係本發明電子H 加灶 構-具體實施例之局部立體分解視圖。本發明電 標木、、口 似置-電子裝置,該t子裝置可以解面顯㈣、PDA、衛 裝=㈣子蹄’並可透過該描架結構的機構姿態的改變,而調整 該電子裝置的位置,藉以方便操作或觀看。 正 /月茶考弟1、第2以及第3圖所顯示,第3圖係、本發明電子裝置 支撐架結構-频實施例之局部规圖。前述本發明電子裝置支撐架 結構之具體實施例中,該固定桿體⑴係—等截面之柱狀桿體,該2 桿體⑴底部係—固定部⑼,用以提供該固定桿體_設於物體上; 以及該懸掛桿體(2)係-桿體,該懸掛桿體(2)係包括一懸掛部⑼以及 -套接部(22),該懸掛部(21)係設置於該懸掛桿體(2)之一端,用以裝設 省屯子1置,該套接部(22)係設置於該懸掛桿體(2)之另一端,用以機 械連接該固辦體⑴。其中_掛桿體(2)之套接部㈤具有垂直貫穿 該懸掛桿體(2)轴向的-穿孔吻),該穿孔⑽)内徑係配合該固定桿體 (1)之外徑,且該穿孔(221)之侧壁水平螺設一調節螺栓(222),使得當該 牙孔(221)套設於該固定桿體(1)時,可透過該調節螺栓(222)調節該懸掛 桿體(2)之套接部(22)與該固定桿體⑴之間的接觸力。 另外,前述之套接部(22)的穿孔(221)内表面可鋪設一内襯(223), 该内襯(223)係一軟質材質,因此可避免該套接部(22)的穿孔(221)内表 面與該固定桿體(1)外表面發生摩擦而破壞表面,再者,該内襯(223) 也可增進該套接部(22)的穿孔(221)内表面與該固定桿體⑴外表面的摩 200829193 擦力或減少其嶋,關助將雜掛桿體(2)之套接部(22)狀於該固 定桿體(1)的一垂直高度位置處。 刖述本發明電子裝置讀架結構之具體實施例巾,翻定桿體⑴ 底部之固定部(11)係可包括一 L型板㈣、一螺检螺接部㈣、一螺 栓(113)、一螺栓握柄(114)以及一抵板(115),該L型板(m)之水平部 (111a)係固设於該固定桿體⑴底端,該螺栓螺接部⑽)係固設於該垂 直部(111b)底部,該螺栓⑽)底部固接該螺栓握柄⑽),且該螺栓⑽) 〇自底部向上螺接設置於該螺栓螺接部⑽),該抵板㈣係設置於該螺 栓(II3)頂端。因此,可透過旋轉該螺栓握柄⑽),而經由該螺检⑽) 與該螺栓螺接部(112)之間的螺旋㈣將該抵板㈣向上推,使得該抵 板(II5)與該L型板(111)之水平部(1叫可挾持一平板體(圖中未顯 示),而達到固定的效果。 請參考第1以及請參考第4圖所顯示,第4圖係本發明電子裝置 支樓架結構—具體實施例之局部立體分解圖。前述本發明電子裝置支 c撐架結構之具體實施例中,該固定桿體(1)可進一步包括一套環⑽, 口亥套%(12)係-環狀體’其内徑係配合該固定桿體⑴之外徑,且該套 邱2)之側壁沿徑向貫穿並向内螺接―調節螺栓⑽),使得該套環⑽ 可套設在該固定桿體⑴的任意的垂直位置處,並透過該調節螺检㈣ 緊固在該固辦體⑴中對應該懸掛桿體(2)之套接部(22)固定處,並藉 以辅助支撐該懸掛桿體(2)之套接部(22)。 曰 另外’則述之固定桿體⑴頂端形成一頂端部㈣,該頂端部㈣ 具有-固定桿中空部(131)、一頂端蓋(132)以及一工具㈣。其中該固 200829193 ::中項131)係自該頂端部⑽中 該頂端蓋(132)係—碟肤辨、, q貝牙頂知之中工結構; 子 角扳手 處,而形成可開啟或閉定桿中空部(131)頂端如 奘罟*拎加π 之、、、口構,以及该工具(133)可以係本發明電 衣置支撐木4之機構拆裝或調整中所需的多種手工具,如 或螺絲起子等。 再者,前述之頂端蓋 些工具(133)。 (132)下表面設置一掛環(ma),用以掛勾該 (、請參考前述之第1與第2圖所顯示,並進一步參考第5A至5β圖 所顯示’第5A圖係本發明電子裝置支撐架結構-具體實施例之局部 j視圖’弟5B圖係本發明第SA圖之局部元件一狀態平面透視圖,且 第5C圖係本么明第5A圖之局部元件另一狀態平面透視圖。前述本發 明電子裝置支樓架結構之具體實施例中,該懸掛桿體⑺之懸掛部⑼ 係可包括-固定板㈣、一旋紐㈣以及一背板㈣。其中該固定板 (211)係-板體結構,具有複數個預置孔(2lla)提供前述電子裝置之固 鎖’以液晶螢幕為例般的液晶螢幕背面具有制式螺絲孔,該些預 置孔(211a)係可配合制式螺絲孔位置;該旋叙pi2)係前端樞接於該固 疋板(211)後表面而可做樞轉,且複數個旋鈕凸緣(212a)環繞排列設置 在该旋鈕P12)前端面,該些旋鈕凸緣(212a)係自該旋鈕(212)前端面朝 前端延伸形成;以及該背板(213)係包括一第一板體(213a)與一第二板 體(213b),且該第一板體(213a)與該第二板體(213b)係形成左右對稱之 結構,該背板(213)中央形成一貫穿的旋鈕穿孔(2!3C),該背板(213)前 端面具有一背板凹部(213d)可容置該固定板(211),該背板(213)後端面 10 200829193 具有複數個導引凸肋(21:3e)、複數個缺口部(213f)以及複數個阻擋凸肋 (213g),該些導引凸肋(213e)係該背板(213)後端面環繞該旋鈕穿孔 (213c)的環狀突出結構,且各個導引凸肋(213e)之間係形成一凹狀部而 定義出該些缺口部(213f),該些阻擋凸肋(213g)則分別對應一導引凸肋 (;213e)並自所對應的導引凸肋(213e)沿徑向向外延伸突出於該背板(213) 後端面。因此’當該旋鈕(212)旋轉至該旋鈕(212)前端面之旋钮凸緣 (212a)對應該背板(213)後端面之缺口部(213f)時,該第一板體(213a)與 該第二板體(213b)係可相互自橫向脫離。當該旋鈕(212)旋轉至該旋鈕 (212) 前端面之旋鈕凸緣(212a)對應該背板(213)後端面之導引凸肋 (213e)時,該第一板體(213a)與該第二板體pi3b)係會被該旋鈕(212)之 旋鈕凸緣(212a)所限制住而固設在該固定板(211)的後端面,且該背板 (213) 前端面之背板凹部(213d)會包覆該固定板(211)側邊以及後端面的 其餘部分。另外,前述固定住該第一板體(213a)與該第二板體(213b)之 狀態中,若該旋鈕(212)繼續旋轉,則該旋鈕(212)之旋鈕凸緣(212a)會 與對應的阻擋凸肋(213g)發生機構干涉,而阻止該旋鈕(212)繼續旋 轉’因而可確保該旋鈕(212)的位置可固鎖該第一板體(2i3a)與該第二 板體(213b)。 請參考第1以及第2圖所顯示,前述本發明電子裝置支撐架結構 之具體實施例中,該懸掛桿體(2)係樞接該懸掛部(21),且其樞接部係 定義為一第一關節部(23)。另外,該懸掛桿體(2)係樞接該第一關節部 (23),且其樞接部係定義為一第二關節部(24),其中該第一關節部(23) 與該第二關節部(24)的樞轉軸係相互垂直。 11 200829193 再者,前述本發明電子裝置支撐架結構之具體實施财,該懸掛 桿體(2)係枢接該套接部(22),且其樞接部係定義為—第三關節部⑶), 該第二關節部(25)的樞轉轴係可平行水平方向。 參考第6、第7以及第8 _顯示,第6 _本發明電子裝置支撐架 結構-具體實_之立體組合視圖,第7 _本發明電子裝置支禮架 結構-具體實施例之局部立體分解視圖,以及第8 _本發明電子裝 ‘置支料結構—具體實關之局㈣個。本發明電子裝置支撐架結 (s構可進-步包括-延伸桿體(3),該延伸桿體⑶—端具有—延伸桿拖接 部(31)且另-端具有一延伸桿套接部(32)。其中該延伸桿搞接部⑼係 -等截面之柱狀桿體,且觀伸桿樞接部⑼係垂直該伸桿體〇之轴 向’且该延伸桿樞接部⑻之外徑係配合懸掛桿體⑺之套接部㈣的穿 孔(221)内徑’使得該穿孔(221)可套設於該延伸桿樞接部⑻上;以及 該延伸桿套接部(32)具有垂直貫穿該伸桿體〇之軸向的一延伸桿穿孔 (321) ’该延伸桿穿孔(321)内徑係配合該固定桿體(〗)之外徑,且該延伸 I桿穿孔(321)之側壁水平螺設一調節螺栓(Μ2),使得當該延伸桿穿孔 (321)套設於該固定桿體(1)時,可透過該調節螺栓(322)調節該延伸桿體 ⑶之延伸桿套接部(32)與該固定桿體⑴之間的接觸力。 另外,前述之延伸桿套接部(32)的延伸桿穿孔(321)内表面可鋪設 一内襯(323) ’該内襯(323)係一軟質材質,因此可避免該延伸桿穿孔 (321)内表面與该固定桿體(1)外表面發生摩擦而破壞表面,再者,該内 襯(323)也可增進該延伸桿穿孔(321)内表面與該固定桿體(1)外表面的 摩擦力或減少其間隙,而輔助將該延伸桿套接部(32)固定於該固定桿 12 200829193 體(1)的一垂直高度位置處。 請參考第6、第7以及第8圖所顯示,並進一步參考第9圖,第9 圖係本發明電子裝置支撐架結構—具體實施例之局部剖視圖。前述實 施例中’該延伸桿體⑶之延伸桿樞接部⑼具有沿著轴向延伸並貫穿 頂部之-中空部㈣,且該中空部(311)頂部裝設—蓋體㈣,該中空 部(311神設置-彈性元件㈣,卿性元件㈣―端係可接觸該蓋 -體(312)底部’藉以提供-侧力維持該蓋體(312)向上的趨勢。其中^ ()中空部(311)内表面具有一環體部(311a),該環體部(3lla)係自該中空部 (311) 内表面朝徑向延伸所形成,且該環體部(3na)具有一内孔即7、 複數個導槽(311c)以及複數個凹槽(311d),該内孔(3Ub)係沿著轴向貫 穿該環體部(311a)中央處,該些導槽(311c)係自該内孔卯的内表面内 凹並沿著軸向延伸的内凹結構,以及該些凹槽(3Ud)係該環體部⑶叫 下表面處自δ亥内孔(311b)内表面延徑向延伸的内凹結構;以及該蓋體 (312) 具有-外蓋部(312a)以及一柱狀部(312b),該外蓋部即雜外徑 t大於該懸掛桿體(2)之套接部(22)穿孔㈣内徑的碟狀體,該柱狀部 (遍)係自§亥外蓋部(迎)下表面沿著軸向延伸的圓柱體,且該柱狀部 (遍)係略長於該内孔(311b)的長度,該柱狀部(迎)底端具有複數個 凸緣(施)’該些凸緣(迎)係自該柱狀部(迎)外表面沿著徑向向外 延伸所構成。前述該些凸緣(处)係對應前述之導槽(slic)與凹槽 (311d),使得該柱狀部(312b)相對於該内孔(31lb)旋轉時,該些凸緣 (312c)係同日^·刀別對應一導槽(311c)或是同時分別對應一凹槽(31冲。 進步茶考第10A以及第10B圖所顯示,第1〇A圖係本發明電子 13 200829193 衣置支撐呆結構一具體實施例之局部元件一狀態仰視圖,且第圖 係本發明電子裝置支撐架結構一具體實施例之局部元件另一狀態仰視 圖。前述之延伸桿樞接部(31)中,當該蓋體(312)裝設進入該中空部(311) 日守,係將忒柱狀部(312b)插置入該環體部(3iia)的内孔(3llb),並使該 些凸緣(312c)分別沿著所對應之導槽(311c)向下移動(如第i〇a圖所顯 外直到該些凸緣(取)麟該些導槽(3叫時,旋轉該外蓋部即^ 以、、、工由雜狀部⑶列帶動該些凸緣讲叫旋轉,最後讓該些凸緣阳 Γ:驗置分別到達所對應的凹槽(311d)(如第腦圖所顯示),再由該彈性 元件(313)提供作用力㈣該些凸緣(312c)卡入所對應的各個凹槽 (311d)。另外,當要將該蓋體(312)自該延伸桿框接部⑻之中空部(如) 取出時,係壓掣該蓋體阳)之外蓋部卿),使得該些凸緣阳挪出 4二凹槽011d)後’旋轉該蓋體㈣以經由雜狀部阳b)帶動該些凸 、’彖⑽)㈣’取後讓該些凸緣(迎)的位置分別到達所對應的導槽 (311c),即可取出該蓋體(312)。 、,是以’本發明所提供之一種電子裝置支撺架結構,主要具有多重 ^加其負載能力之結構功能,而可乘載更大尺寸之液晶榮幕顯示裝 ’且方便使用者輕_,因此本發贿具進步性及符合申請發明 件,麦依法提出申請,祈釣局早日賜准專利,實感德便。 ⑽本發=作_詳細說明,惟以上所述者僅為本發明之一較佳 =而已,冑衡定她銳範胃。軌 所作之均等魏與修料,皆聽屬本發明之專利純細内 【圖式簡單說明】 14 200829193 第!圖係本伽㈣置切 圖; 再一體貝鈀例之立體組合視 第2圖係本發明電子裝置 解視圖; 〜構—具財_之局部立體分 圖, 第3圖係本翻電子裝置切架結構—具體 實施例之局部剖視 第4圖係本發明電子裝置 體分 圖; 卞、、、口構一具體實施例之局部立 實施例之局部剖視 .第5A圖係本發明電子裝置支擇架結構—具體 圖; 第5B圖係本發明第5八圖 圖之局部元件另一狀態平面透視圖; 第5C圖係本發明第5A 第6圖係本發明電子t置切架結構— 之局部元件一狀態平面透視圖; 圖;且 具體實施例之立體組合視 解視圖第7麟她物蝴物—繼雜局部立體分 圖;第8_本伽電子裝置切架結構-具體實關之局部剖視 圖; 第9圖係本發明電子裝置支撐架 結 構一具體實施例之局部剖视 實施例之局部 第10A圖係本發明電子裝置支撐架結構—呈體 件一狀態仰視圖;以及 〃 200829193 第10B圖係本發明電子裝置支撐架結構一具體實施例之局部元 件另一狀態仰視圖。 【主要元件符號說明】 固定桿體(1) 固定部(11) L型板(111) 水平部(111a) 垂直部(111b) 螺栓螺接部(112) 螺栓(113) 螺栓握柄(114) 抵板(115) 套環(12) 調節螺栓(121) 頂端部(13) 固定桿中空部(131) 頂端蓋(132) 掛環(132a) 工具(133) 懸掛桿體(2) 懸掛部(21) 固定板(211) 16 200829193 預置孔(211a) 旋鈕(212) 旋鈕凸緣(212a) 背板(213) 第一板體(213a) 第二板體(213b) 旋鈕穿孔(213c) 背板凹部(213d) 導引凸肋(213e) 缺口部(213f) 阻擋凸肋(213g) 套接部P2) 穿孔(221) 調節螺栓(222) 内襯(223) 第一關節部(23) 第二關節部(24) 第三關節部(25) 延伸桿體(3) 延伸桿樞接部(31) 中空部(311) 環體部(311a) 17 200829193 内孔pllb) 導槽(311c) 凹槽(311d) 蓋體(312) 外蓋部(312a) 柱狀部(312b) 凸緣(3l2c) 彈性元件(313) 延伸桿套接部(32) 延伸桿穿孔(321) 調節螺栓(322) 内襯(323)V t notch portions, the blocking ribs respectively correspond to the material ribs and are radially slidable from the corresponding guide bow il. Furthermore, a plurality of preset holes are provided, which can be matched with the standard screw holes on the back of the liquid crystal screen, and the dream is to provide the locking of the electronic device. In order to make the person skilled in the art understand the purpose, features and effects of the present invention, the following specific embodiments, together with the accompanying drawings, are described in detail below. [Embodiment] Reference 1st minus 2nd face, the first! Difficult to view the electronic device support frame of the present invention 200829193 A perspective view of a specific embodiment, and Fig. 2 is a partial perspective exploded view of the electronic H plus cooker-specific embodiment of the present invention. The electric standard wood and the mouth-like electronic device of the present invention can adjust the electronic device by the surface display (4), the PDA, the welcoming device (the fourth child hoof) and can be adjusted through the change of the posture of the mechanism of the tracing structure. The location of the device for easy operation or viewing. The positive/month tea tester 1, the second and the third figure, the third figure is a partial view of the electronic device support frame structure-frequency embodiment of the present invention. In the specific embodiment of the electronic device support frame structure of the present invention, the fixed rod body (1) is a columnar rod body of equal section, and the bottom portion of the two rod body (1) is a fixing portion (9) for providing the fixed rod body. On the object; and the suspension rod body (2) is a rod body, the suspension rod body (2) includes a hanging portion (9) and a socket portion (22), and the hanging portion (21) is disposed on the suspension One end of the rod body (2) is provided for the installation of the rafter 1 (2), and the socket portion (22) is disposed at the other end of the suspension rod body (2) for mechanically connecting the fixing body (1). Wherein the sleeve portion (5) of the hanging rod body (2) has a perforation kiss perpendicular to the axial direction of the suspension rod body (2), and the inner diameter of the perforation (10) is matched with the outer diameter of the fixed rod body (1). And adjusting the bolt (222) horizontally on the side wall of the through hole (221), so that when the hole (221) is sleeved on the fixed rod body (1), the suspension can be adjusted through the adjusting bolt (222) The contact force between the sleeve portion (22) of the rod body (2) and the fixed rod body (1). In addition, an inner liner (223) may be laid on the inner surface of the through hole (221) of the sleeve portion (22), and the inner liner (223) is made of a soft material, so that the through hole of the socket portion (22) can be avoided ( 221) the inner surface is rubbed against the outer surface of the fixed rod body (1) to damage the surface. Further, the inner liner (223) can also enhance the inner surface of the through hole (221) of the socket portion (22) and the fixing rod. The outer surface of the body (1) rubs or reduces the enthalpy, and the sleeve portion (22) of the stud body (2) is shaped like a vertical height position of the fixed rod body (1). For a specific embodiment of the electronic device read frame structure of the present invention, the fixing portion (11) of the bottom portion of the reticle body (1) may include an L-shaped plate (four), a screwing screw portion (four), a bolt (113), a bolt handle (114) and a plate (115), the horizontal portion (111a) of the L-shaped plate (m) is fixed to the bottom end of the fixed rod body (1), and the bolt screwing portion (10) is fixed At the bottom of the vertical portion (111b), the bottom of the bolt (10) is fixed to the bolt grip (10), and the bolt (10) is screwed from the bottom to the bolt screw (10). The plate (4) is set. At the top of the bolt (II3). Therefore, the plate (4) can be pushed up by the screw (4) between the bolt (10) and the bolt (112) by rotating the bolt handle (10)), so that the plate (II5) and the plate The horizontal portion of the L-shaped plate (111) (1 is called a plate body (not shown), and achieves a fixed effect. Please refer to the first and please refer to FIG. 4, and FIG. 4 is the electronic body of the present invention. The device support structure is a partial exploded view of a specific embodiment. In the specific embodiment of the electronic device support c-support structure of the present invention, the fixed rod body (1) may further comprise a set of rings (10). (12) The ring-shaped body' has an inner diameter that fits the outer diameter of the fixed rod body (1), and the side wall of the sleeve 2) penetrates in the radial direction and is screwed inwardly - the adjusting bolt (10), so that the collar (10) can be set at any vertical position of the fixed rod body (1), and fastened to the fixing portion (4) of the fixed body (1) corresponding to the socket portion (22) of the hanging rod body (2) through the adjusting screw (4) And to assist in supporting the socket (22) of the suspension rod body (2). Further, the tip end of the fixed rod body (1) is formed with a top end portion (four) having a fixing rod hollow portion (131), a top end cover (132), and a tool (four). Wherein the solid 200829193: the middle item 131) is from the top end portion (10) of the top end cover (132) system-disc skin shape, q shell teeth top knowing the structure; the sub-horn wrench is formed to open or close The top end of the fixed rod hollow portion (131), such as 奘罟*拎 plus π, , and the mouth structure, and the tool (133) may be various hands required for disassembly or adjustment of the mechanism for supporting the wood 4 of the electric clothes of the present invention. Tools such as or screwdrivers. Furthermore, the aforementioned tips cover the tools (133). (132) A hanging loop (ma) is provided on the lower surface for hooking (refer to the above-mentioned first and second figures, and further referring to the 5A to 5β map shown in the '5A diagram). Electronic device support frame structure-partial view of a specific embodiment of the present invention, FIG. 5B is a partial perspective view of a partial component of the SA of the present invention, and FIG. 5C is another state plane of the local component of FIG. 5A. In a specific embodiment of the electronic device support structure of the present invention, the suspension portion (9) of the suspension rod body (7) may include a fixing plate (four), a knob (four) and a back plate (four). 211) a system-board structure having a plurality of preset holes (2lla) for providing a locking of the electronic device. The LCD screen has a standard screw hole on the back side of the liquid crystal screen, and the preset holes (211a) are The position of the screw hole is matched with the screw hole; the front end of the knob pi2) is pivotally connected to the rear surface of the fixing plate (211), and a plurality of knob flanges (212a) are arranged around the front end surface of the knob P12). The knob flanges (212a) extend from the front end of the knob (212) toward the front end And the back plate (213) includes a first plate body (213a) and a second plate body (213b), and the first plate body (213a) and the second plate body (213b) form a left-right symmetry The central portion of the back plate (213) defines a through hole perforation (2! 3C), and the front plate (213) has a back plate recess (213d) for receiving the fixing plate (211). The rear end face 10 200829193 of the plate (213) has a plurality of guiding ribs (21:3e), a plurality of notch portions (213f), and a plurality of blocking ribs (213g), the guiding ribs (213e) being the back The rear end surface of the plate (213) surrounds the annular protruding structure of the knob perforation (213c), and a concave portion is formed between each of the guiding ribs (213e) to define the notch portions (213f), and the blocking portions The ribs (213g) respectively correspond to a guiding rib (; 213e) and extend radially outward from the corresponding guiding rib (213e) to protrude from the rear end surface of the back plate (213). Therefore, when the knob (212) is rotated to the knob flange (212a) of the front end surface of the knob (212) corresponding to the notch portion (213f) of the rear end surface of the back plate (213), the first plate body (213a) is The second plates (213b) are detachable from each other in the lateral direction. When the knob (212) is rotated until the knob flange (212a) of the front end surface of the knob (212) corresponds to the guiding rib (213e) of the rear end surface of the back plate (213), the first plate body (213a) is The second plate pi3b) is restrained by the knob flange (212a) of the knob (212) and fixed on the rear end surface of the fixing plate (211), and the back surface of the front plate (213) The plate recess (213d) covers the sides of the fixing plate (211) and the rest of the rear end surface. In addition, in the state of fixing the first plate body (213a) and the second plate body (213b), if the knob (212) continues to rotate, the knob flange (212a) of the knob (212) will be The corresponding blocking rib (213g) interferes with the mechanism, and prevents the knob (212) from continuing to rotate', thereby ensuring that the position of the knob (212) can lock the first plate (2i3a) and the second plate ( 213b). Referring to the first embodiment and the second embodiment, in the specific embodiment of the electronic device support frame structure of the present invention, the suspension rod body (2) is pivotally connected to the suspension portion (21), and the pivoting portion is defined as a first joint portion (23). In addition, the suspension rod body (2) is pivotally connected to the first joint portion (23), and the pivot portion thereof is defined as a second joint portion (24), wherein the first joint portion (23) and the first portion The pivot axes of the two joint portions (24) are perpendicular to each other. 11 200829193 Furthermore, in the foregoing implementation of the electronic device support frame structure of the present invention, the suspension rod body (2) is pivotally connected to the socket portion (22), and the pivoting portion thereof is defined as a third joint portion (3) The pivot axis of the second joint portion (25) can be parallel to the horizontal direction. Referring to Figures 6, 7, and 8 for display, a sixth perspective view of the electronic device support frame structure of the present invention, and a partial stereoscopic view of the electronic device support structure of the seventh embodiment of the present invention The view, as well as the 8th _ the invention of the electronic device's support material structure - the specific implementation of the bureau (four). The electronic device supporting frame of the present invention (the s structure can further include an extending rod body (3) having an extension rod towing portion (31) and an extension rod sleeve at the other end a portion (32), wherein the extension rod engaging portion (9) is a columnar rod of equal section, and the observation rod pivoting portion (9) is perpendicular to the axial direction of the extension rod body and the extension rod pivoting portion (8) The outer diameter of the through hole (221) of the sleeve portion (4) of the suspension rod body (4) is such that the perforation (221) can be sleeved on the extension rod pivoting portion (8); and the extension rod socket portion (32) An extension rod perforation (321) having an axial direction perpendicular to the body of the extension rod. The inner diameter of the extension rod perforation (321) is matched with the outer diameter of the fixed rod body (〗), and the extension rod rod perforation ( 321) The side wall of the 321) is horizontally provided with an adjusting bolt (Μ2), so that when the extending rod hole (321) is sleeved on the fixing rod body (1), the extending rod body (3) can be adjusted through the adjusting bolt (322) The contact force between the extension rod sleeve portion (32) and the fixed rod body (1). In addition, the inner surface of the extension rod through hole (321) of the extension rod sleeve portion (32) may be provided with a lining (323)' Inside (323) is a soft material, so that the inner surface of the extension rod perforation (321) can be prevented from rubbing against the outer surface of the fixed rod body (1) to damage the surface. Further, the inner liner (323) can also enhance the extension. The friction between the inner surface of the rod perforation (321) and the outer surface of the fixed rod body (1) or the gap is reduced, and the extension rod sleeve portion (32) is assisted to be fixed to the fixing rod 12 (2008) Please refer to Figures 6, 7, and 8 and further refer to Figure 9, which is a partial cross-sectional view of the electronic device support frame structure of the present invention. In the foregoing embodiment The extension rod pivoting portion (9) of the extension rod body (3) has a hollow portion (four) extending along the axial direction and penetrating the top portion, and the top portion of the hollow portion (311) is provided with a cover body (four), and the hollow portion (311 is set by God - The elastic element (4), the blue element (4) - the end system can contact the bottom of the cover body (312) to provide a side force to maintain the upward trend of the cover body (312). wherein the inner surface of the hollow portion (311) has a ring body portion (311a) extending in a radial direction from an inner surface of the hollow portion (311) And the ring body portion (3na) has an inner hole, that is, a plurality of guide grooves (311c) and a plurality of grooves (311d), and the inner hole (3Ub) penetrates the ring body portion in the axial direction (311a) At the center, the guide grooves (311c) are concave structures recessed from the inner surface of the inner bore and extending in the axial direction, and the grooves (3Ud) are called the lower surface of the ring body (3) a concave structure extending radially from the inner surface of the inner hole (311b); and the cover body (312) has an outer cover portion (312a) and a columnar portion (312b), the outer cover portion being miscellaneous The outer diameter t is larger than the inner diameter of the socket portion (22) of the suspension rod body (2), and the cylindrical portion (pass) is from the lower surface of the outer cover portion (welcome) along the axial direction An extended cylinder, and the column portion is slightly longer than the length of the inner hole (311b), and the bottom portion of the column portion has a plurality of flanges (welcome) It is formed by extending outward from the outer surface of the columnar portion. The flanges (312) correspond to the aforementioned slic and groove (311d) such that the column (312b) rotates relative to the inner hole (31lb), the flanges (312c) The same day ^· Knife corresponds to a guide groove (311c) or at the same time corresponds to a groove (31 punch. Progress tea test 10A and 10B shown, the first picture A is the invention of the electronic 13 200829193 clothing A top view of a partial component of a specific embodiment of the support structure, and the figure is another bottom view of a partial component of a specific embodiment of the electronic device support frame structure of the present invention. The aforementioned extension rod pivoting portion (31) When the cover body (312) is installed into the hollow portion (311), the columnar portion (312b) is inserted into the inner hole (3llb) of the ring body portion (3iia), and the The flanges (312c) are respectively moved downward along the corresponding guiding grooves (311c) (as shown in Fig. 〇a) until the flanges (take) the guiding grooves (3, when rotating, the outer The cover part is ^, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Displayed) The elastic member (313) further provides a force (4) the flanges (312c) are engaged with the corresponding recesses (311d). In addition, when the cover (312) is to be attached to the extension rod frame (8) When the hollow portion (for example) is taken out, the cover body is pressed to cover the cover portion), so that the flanges are moved out of the four recesses 011d) and then the cover body (four) is rotated to pass through the miscellaneous portion. b) The convex body, '彖(10))(4)' is taken, and the positions of the flanges (welcome) are respectively reached to the corresponding guide grooves (311c), and the cover body (312) can be taken out. The invention relates to an electronic device support truss structure provided by the invention, which mainly has multiple structural functions of loading capacity, and can carry a larger size liquid crystal display device and is convenient for the user _ Therefore, the bribe is progressive and conforms to the application for invention. Mai applied for it according to law, and the Prayer Bureau gave the patent as soon as possible. (10) This is a detailed description of the present invention, except that the above is only one of the preferred methods of the present invention. The equalization of the rails and the repairs are all in the patents of the invention. [Simplified illustration] 14 200829193 The figure is a three-dimensional map of the gamma (four); the three-dimensional combination of the one-piece palladium case is regarded as the view of the electronic device of the present invention; the partial stereoscopic image of the structure of the invention, and the third figure is the electronic device of the electronic device Figure 4 is a partial cross-sectional view of an electronic device of the present invention; a partial cross-sectional view of a partial embodiment of a specific embodiment of the 卞, 、, 口. Figure 5A is an electronic device of the present invention Figure 5B is a perspective view of another state of the local component of the fifth embodiment of the present invention; Figure 5C is a fifth embodiment of the present invention, the electronic t-cut frame structure of the present invention - A partial planar view of a partial component; Figure; and a three-dimensional combination view of a specific embodiment of the seventh arbor her object butterfly - a sub-partial partial sub-graph; the eighth_本伽电子装置 cutting frame structure - specific real FIG. 9 is a partial cross-sectional view showing a structure of an electronic device support frame according to a specific embodiment of the present invention. FIG. 10A is a bottom view of the electronic device support frame structure according to the present invention; and 〃 200829193 Figure 10B is a series Inventive electronic device support frame structure is a bottom view of another state of a particular embodiment of a particular embodiment. [Description of main component symbols] Fixed lever body (1) Fixed part (11) L-shaped plate (111) Horizontal part (111a) Vertical part (111b) Bolted joint (112) Bolt (113) Bolt grip (114) Abutment plate (115) Collar (12) Adjusting bolt (121) Top end (13) Fixing rod hollow (131) Top cover (132) Hanging ring (132a) Tool (133) Hanging rod body (2) Suspension ( 21) Fixing plate (211) 16 200829193 Preset hole (211a) Knob (212) Knob flange (212a) Back plate (213) First plate body (213a) Second plate body (213b) Knob perforation (213c) Back Plate recess (213d) Guide rib (213e) Notch (213f) Barrier rib (213g) Socket P2) Perforation (221) Adjustment bolt (222) Lining (223) First joint (23) Two joint parts (24) Third joint part (25) Extension rod body (3) Extension rod pivot joint (31) Hollow part (311) Ring body part (311a) 17 200829193 Inner hole pllb) Guide groove (311c) Concave Slot (311d) Cover (312) Cover part (312a) Column part (312b) Flange (3l2c) Elastic element (313) Extension rod socket (32) Extension rod perforation (321) Adjustment bolt (322) Lining (323)