M347798 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種支撐裝置，尤指一種可調節一電子設備 觀看角度之結構簡單、操作方便之電子設備支撐裝置。 【先前技術】 顯示器為電腦中重要之組成部分，為了讓用戶能以最舒 ^適之觀看角度觀看顯示器，通常都會在顯示器之後侧裝設一 可調節角度之支撐裝置，以調節顯示器之觀看角度。 •在習知顯示器支撐裝置之設計中，往往採用螺栓鎖固結 構，當想要調節顯示器之觀看角度時，需先將螺栓鬆開，然 後以手動方式扳動顯示器至所需之觀看角度後，再將螺栓鎖 緊，此種結構由於必需藉由螺栓鬆開及鎖固之操作過程，操 作時較為麻煩。另外，當用戶在扳動顯示器至所需之觀看角 度之操作過程中，由於此時螺栓已被鬆開，故用戶需用另一 手扶住整個顯示器，才能進行角度調節，因此，此種調節方 ^式操作不方便。 【新型内容】 . 鑒於以上内容，有必要提供一種可調節觀看角度之結構 簡單、操作方便之電子設備支撐裝置。 一種電子設備支撐裝置，包括一連接一電子設備之連接 架及一與該連接架成一夾角用於支撐該電子設備之支撐 架，該支撐架包括一支撐部，該支撐部具有一收容空間，該 支撐架還包括一固定於該收容空間内之定位件、一套設於該 支撐部之支撐板及一卡合於該定位件内之彈性滑動件，該定 6 M347798 位件設有一滑槽，該彈性滑動件穿過該滑槽鎖固於該支撐 板，該彈性滑動件被擠壓後可脫離該定位件，並帶動該支撐 板相對於該定位件及該支撐部在該滑槽内沿該支撐部之延 伸方向滑動而改變該支撐架之長度。 相較於習知技術，本創作電子設備支撐裝置結構簡單、 操作方便，只需藉由按壓按壓部，滑動彈性滑動件與頂板、 支撐板之組合體，即可調節電子設備之觀看角度。 【實施方式】 請參閱圖1至圖5，本創作電子設備支撐裝置較佳實施 方式用於支撐一電子設備，其包括一連接架11及一與該連 接架11成一角度相連之支撐架。該支撐架包括一與該連接 架相連之轉接部15、一與該轉接部15呈階梯狀連接之支撐 部13、一收容於該支撐部13内之定位件50、一彈性滑動件 20、一頂板30、一支撐板70、一按壓部40及一設於該按壓 部40内之彈性元件60。在本創作中，該電子設備為一顯示 裝置90 (見圖4)。 該連接架11之兩相對侧壁分別垂直延伸一用於卡固該 顯示裝置90之彈性卡鉤113。該支撐部13具有一長方體之 收容空間131，該收容空間131内設有複數相互垂直之支撐 肋133。該定位件50具有一底壁51及由該底壁四周邊緣垂 直延伸之側壁53，該底壁51中部設有一狹長之貫穿整個底 壁51之滑槽511，該底壁51内表面在位於該滑槽511之四 周形成一鋸齒狀之卡合面515,該底壁51之兩側分別開設一 長方形之開槽513，每一開槽513之長度大於該滑槽511之 7 M347798 ^ 長度。該定位件50之每一側壁53之頂緣均垂直凹設複數Υ 形之卡槽517。該定位件50之大小與該支撐部13之收容空 間之大小相當，從而使定位件50能夠收容並固定於該支撐 部13之收容空間131内，且該收容空間131内之支撐肋133 分別卡固於該定位件50之卡槽517内。該彈性滑動件20之 頂面垂直向下凹設一開口 24，該彈性滑動件20之底面為一 齒形面27，該齒形面27之中央垂直向下凸伸一凸柱25，該 凸柱25具有一貫穿該開口 24之可穿設一螺釘21之通孔 鲁251，該彈性滑動件20之兩端分別彎折形成一折片22,每一 折片22上開設兩可分別穿設一螺釘23之固定孔221。該頂 板30具有一頂壁31，沿該頂壁31兩相對侧緣分別垂直向下 延伸一側壁33，每一侧壁33之内表面垂直凹設一對卡止部 331。該支撐板70具有一底壁71，該底壁71之一侧開設一 穿孔715，該穿孔715底部開設一直徑較大之圓孔，從而形 成一限位面717。該底壁71之内表面位於該穿孔715之兩側 φ分別垂直凸設一對相互連接之柱體711，每一柱體711之中 心設有一螺孔713,沿該底壁71兩相對側緣分別垂直向上延 ，伸一側壁73,每一侧壁73之頂緣對應於該頂板30上之卡止 部331垂直凸伸一對彈性卡鉤731，每一彈性卡鉤731可分 別卡固於對應之卡止部331，從而將該頂板30與該支撐板 70固定在一起。該按壓部40具有一柱形凸起41，該凸起41 具有一鎖固孔43。該彈性元件60可套設於該按壓部40之凸 起41，並凸露於該按壓部40之一端。 請參閱圖3至圖4，組裝時，先將裝設有該彈性元件60 M347798 " 之該按壓部40推向該支撐板70之穿孔715，使該彈性元件 60之一端抵觸於該限位面717上，從而在該按壓部40與該 支撐板70之底壁71之間形成一按壓空間，使得當按壓該按 壓部40時，該彈性元件60可被壓縮。再將該定位件50放 置於該支撐板70内，使該支撐板70之兩對柱體711分別穿 過該定位件50之兩開槽513並位於兩開槽513之一侧，且 該定位件50之滑槽511之一側與該支撐板70之穿孔715相 對齊。接著，將彈性滑動件20放置於該定位件50内，使該 籲彈性滑動件20之齒形面27與該定位件50之卡合面515相 齒合，且該彈性滑動件20之折片22上之固定孔221與該柱 體711上之對應螺孔對齊，該凸柱25穿過該定位件50之滑 槽511及該支撐板70之穿孔715，與該凸起41相抵觸，將 該螺釘21穿過該通孔251鎖固於該按壓部40之鎖固孔43 内，將螺釘23分別穿過該彈性滑動件20之對應固定孔221 鎖固於該支撐板70之對應螺孔713内，從而將該彈性滑動 鲁件20固定於該定位件5〇及該支撐板70之一側。然後將該 組合體裝設於該支撐部13上，該支撐部13之收容空間131 -内之支撐肋133分別卡固於該定位件5〇之卡槽517内，使 該定位件50固定於該支撐部13之收容空間ι31内，該支撐 部13之侧壁分別失設於該定位件5()之側壁與該支撐板 70之侧壁之間。最後，將該頂板30裝設於該支撐部13上， 使該支樓板70之彈性卡鉤731分別卡設於該頂板3〇之對應 之卡止部331内’從而將該頂板30固定於該支撐板70上。 完成該支撐裝置之組裝。 9 M347798 ' 使用時，將該支撐裝置裝設於該顯示裝置90上，使該 連接架11之彈性卡鉤131卡固於該顯示裝置90，該支撐板 70之一端抵固於一支撐面80,從而該顯示裝置90被該支撐 裝置支撐於該支撐面80上。 請參閱圖5至圖6,當用戶想要調節該顯示裝置90之觀 看角度時，按壓該按壓部40，使該彈性元件60被壓縮，該 按壓部40之凸起41抵壓該彈性滑動件20之凸柱25，使該 彈性滑動件20發生彈性形變，該彈性滑動件20之齒形面27 籲脫離該定位件50之卡合面515，此時，將該彈性滑動件20 與該頂板30、支撐板70之組合體沿著該定位件50之滑槽 511及兩開槽513滑動，該支撐架之長度增加，該顯示裝置 90與支撐面80之間之夾角隨之改變，當顯示裝置90之觀看 角度達到用戶需求時，放開該按壓部40，使該彈性元件60 及該彈性滑動件20同時恢復彈性形變，該彈性滑動件20之 齒形面27與該定位件50之卡合面515再次相齒合，從而實 φ現了調節該顯示裝置90之觀看角度。 本創作電子設備支撐裝置藉由按壓該按壓部40,滑動該 _彈性滑動件20與該頂板30、支撐板70之組合體，即可調節 電子設備之觀看角度，結構簡單，操作方便。 綜上所述，本創作符合新型專利之要件，爰依法提出專 利申請。惟，以上僅為本創作之較佳實施例，舉凡熟悉本案 技藝之人士，在爰依本創作精神所作之等效修飾或變化，皆 應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 M347798 圖1係本創作電子設備支撐裝置較佳實施方式之立體 分解圖。 圖2係本創作電源供應器與安裝架之立體分解圖。 圖3係本創作電子設備支撐裝置較佳實施方式之組裝 剖面圖。 圖4係本創作電子設備支撐裝置與顯示裝置之立體組 •裝圖。 ® 5係本創作電子設備支撐裝置較佳實施方式另一狀 籲態之組裝剖面圖。 ® 6係圖5中電子設備支撐裝置與顯示裝置之立體組裝 圖。 【主要元件符號說明】 連接架 支撐部 支撐肋 彈性滑動件 折片 螺釘 凸柱 齒形面 頂壁 卡止部 凸起 11 彈性卡鉤 113 13 收容空間 131 13 3 轉接部 15 2 0 螺釘 2 1 2 2 固定孔 221 23 開口 24 2 5 通孔 2 5 1 2 7 頂板 3 0 3 1 側壁 3 3 3 3 1 按壓部 40 4 1 鎖固孔 43 11 M347798 定 位 件 5 0 底 壁 5 1 滑 槽 5 1 1 開 槽 5 1 3 卡 合 面 5 1 5 卡 槽 5 1 7 侧 壁 5 3 彈 性 元 件 6 0 支 撐 板 7 0 底 壁 7 1 柱 體 7 1 1 螺 孔 7 1 3 穿 孔 7 1 5 限 位 面 7 1 7 側 壁 7 3 彈 性 卡 鉤 7 3 1M347798 VIII. New description: [New technical field] The present invention relates to a supporting device, in particular to an electronic device supporting device which can adjust the viewing angle of an electronic device and has a simple structure and convenient operation. [Prior Art] The display is an important part of the computer. In order to allow the user to view the display at the most comfortable viewing angle, an adjustable angle support device is usually installed on the rear side of the display to adjust the viewing angle of the display. . • In the design of the conventional display support device, the bolt locking structure is often used. When you want to adjust the viewing angle of the display, you need to loosen the bolt first and then manually pull the display to the desired viewing angle. The bolts are locked again, and the structure is troublesome due to the operation of the bolts to be loosened and locked. In addition, when the user moves the display to the desired viewing angle, since the bolt has been loosened at this time, the user needs to hold the entire display with the other hand to adjust the angle. Therefore, the adjustment is performed. ^ Type operation is inconvenient. [New content] . In view of the above, it is necessary to provide an electronic device supporting device which can adjust the viewing angle and has a simple structure and convenient operation. An electronic device supporting device includes a connecting frame connected to an electronic device and a supporting frame at an angle with the connecting frame for supporting the electronic device, the supporting frame includes a supporting portion, and the supporting portion has a receiving space, The support frame further includes a positioning member fixed in the receiving space, a support plate disposed on the support portion and an elastic sliding member engaged in the positioning member, and the fixed 6 M347798 position member is provided with a sliding slot. The elastic sliding member is locked to the supporting plate through the sliding slot, and the elastic sliding member is pressed to be detached from the positioning member, and the supporting plate is driven along the positioning member and the supporting portion in the inner edge of the sliding slot The extending direction of the support portion slides to change the length of the support frame. Compared with the prior art, the electronic device supporting device of the present invention has a simple structure and convenient operation, and can adjust the viewing angle of the electronic device only by pressing the pressing portion, sliding the elastic sliding member and the combination of the top plate and the supporting plate. [Embodiment] Referring to FIG. 1 to FIG. 5, a preferred embodiment of the electronic device supporting device of the present invention is for supporting an electronic device, which comprises a connecting frame 11 and a supporting frame connected at an angle to the connecting frame 11. The support frame includes an adapter portion 15 connected to the connector frame, a support portion 13 connected in a stepped manner to the adapter portion 15, a positioning member 50 received in the support portion 13, and an elastic sliding member 20. A top plate 30, a support plate 70, a pressing portion 40, and an elastic member 60 disposed in the pressing portion 40. In the present creation, the electronic device is a display device 90 (see Fig. 4). The opposite side walls of the connecting frame 11 respectively extend perpendicularly to a resilient hook 113 for locking the display device 90. The support portion 13 has a rectangular parallelepiped receiving space 131, and the plurality of mutually perpendicular support ribs 133 are disposed in the receiving space 131. The positioning member 50 has a bottom wall 51 and a side wall 53 extending perpendicularly from a peripheral edge of the bottom wall. The bottom wall 51 is provided with a narrow slot 511 extending through the entire bottom wall 51. The inner surface of the bottom wall 51 is located at the bottom of the bottom wall 51. A zigzag-shaped engaging surface 515 is formed around the sliding groove 511. A rectangular slot 513 is defined in each of the two sides of the bottom wall 51. The length of each slot 513 is greater than the length of the slot 511 of 7 M347798 ^. The top edge of each side wall 53 of the positioning member 50 is vertically recessed with a plurality of circular shaped card slots 517. The locating member 50 is sized to correspond to the accommodating space of the support portion 13 so that the locating member 50 can be received and fixed in the accommodating space 131 of the supporting portion 13, and the supporting ribs 133 in the accommodating space 131 are respectively respectively It is fixed in the slot 517 of the positioning member 50. The bottom surface of the elastic sliding member 20 is vertically downwardly recessed with an opening 24, and the bottom surface of the elastic sliding member 20 is a toothed surface 27, and a central portion of the toothed surface 27 protrudes vertically downwardly from a protrusion 25, the protruding column 25 has a through hole 251 through which the screw 21 can be inserted. The two ends of the elastic sliding member 20 are respectively bent to form a flap 22, and each of the flaps 22 is provided with two The fixing hole 221 of the screw 23. The top plate 30 has a top wall 31. A side wall 33 extends vertically downward from opposite side edges of the top wall 31. A pair of locking portions 331 are vertically recessed on the inner surface of each side wall 33. The support plate 70 has a bottom wall 71. A side of the bottom wall 71 defines a through hole 715. A hole having a larger diameter is formed in the bottom of the hole 715 to form a limiting surface 717. The inner surface of the bottom wall 71 is perpendicularly disposed on the two sides φ of the through hole 715, and a pair of interconnected cylinders 711 are vertically protruded. A center of each of the cylinders 711 is provided with a screw hole 713 along the opposite side edges of the bottom wall 71. A pair of elastic hooks 731 are vertically protruded from the top edge of each of the side walls 73 corresponding to the locking portion 331 of the top plate 30. Each of the elastic hooks 731 can be respectively engaged with the corresponding one. The locking portion 331 is used to fix the top plate 30 and the support plate 70 together. The pressing portion 40 has a cylindrical projection 41 having a locking hole 43. The elastic member 60 can be sleeved on the protrusion 41 of the pressing portion 40 and protruded at one end of the pressing portion 40. Referring to FIG. 3 to FIG. 4 , the pressing portion 40 of the elastic member 60 M347798 is pushed toward the through hole 715 of the supporting plate 70 so that one end of the elastic member 60 is in contact with the limit. On the face 717, a pressing space is formed between the pressing portion 40 and the bottom wall 71 of the support plate 70, so that the elastic member 60 can be compressed when the pressing portion 40 is pressed. The positioning member 50 is placed in the supporting plate 70, so that the two pairs of the cylinders 711 of the supporting plate 70 respectively pass through the two slots 513 of the positioning member 50 and are located on one side of the two slots 513, and the positioning is performed. One side of the chute 511 of the member 50 is aligned with the through hole 715 of the support plate 70. Then, the elastic sliding member 20 is placed in the positioning member 50, so that the toothed surface 27 of the elastic sliding member 20 is engaged with the engaging surface 515 of the positioning member 50, and the elastic sliding member 20 is folded. The fixing hole 221 is aligned with the corresponding screw hole on the cylinder 711. The protrusion 25 passes through the sliding slot 511 of the positioning member 50 and the through hole 715 of the supporting plate 70 to interfere with the protrusion 41. The screw 21 is locked in the locking hole 43 of the pressing portion 251 through the through hole 251, and the screw 23 is respectively locked to the corresponding screw hole of the supporting plate 70 through the corresponding fixing hole 221 of the elastic sliding member 20 In 713, the elastic sliding member 20 is fixed to one side of the positioning member 5 and the supporting plate 70. Then, the assembly is mounted on the support portion 13 , and the support ribs 133 in the receiving space 131 - of the support portion 13 are respectively engaged in the slot 517 of the positioning member 5 , so that the positioning member 50 is fixed to In the receiving space ι 31 of the supporting portion 13 , the side walls of the supporting portion 13 are respectively lost between the side wall of the positioning member 5 ( ) and the side wall of the supporting plate 70 . Finally, the top plate 30 is mounted on the support portion 13 so that the elastic hooks 731 of the support floor 70 are respectively locked in the corresponding locking portions 331 of the top plate 3' to fix the top plate 30 thereto. Support plate 70. The assembly of the support device is completed. 9 M347798 ' When the device is mounted, the support device is mounted on the display device 90, and the elastic hook 131 of the connecting frame 11 is fastened to the display device 90. One end of the support plate 70 is fixed to a supporting surface 80. Thus, the display device 90 is supported by the support device on the support surface 80. Referring to FIG. 5 to FIG. 6 , when the user wants to adjust the viewing angle of the display device 90 , the pressing portion 40 is pressed to compress the elastic member 60 , and the protrusion 41 of the pressing portion 40 presses the elastic sliding member. The protrusion 25 of the 20 causes the elastic sliding member 20 to elastically deform, and the toothed surface 27 of the elastic sliding member 20 is disengaged from the engaging surface 515 of the positioning member 50. At this time, the elastic sliding member 20 and the top plate are 30. The assembly of the support plate 70 slides along the sliding slot 511 of the positioning member 50 and the two slots 513. The length of the support bracket increases, and the angle between the display device 90 and the support surface 80 changes accordingly. When the viewing angle of the device 90 reaches the user's demand, the pressing portion 40 is released, and the elastic member 60 and the elastic sliding member 20 are simultaneously elastically deformed. The toothed surface 27 of the elastic sliding member 20 and the positioning member 50 are stuck. The mating face 515 is again engaged, so that the viewing angle of the display device 90 is adjusted. By pressing the pressing portion 40 and sliding the combination of the elastic sliding member 20 and the top plate 30 and the supporting plate 70, the electronic device supporting device can adjust the viewing angle of the electronic device, and has a simple structure and convenient operation. In summary, the creation meets the requirements of the new patent, and the patent application is filed according to law. However, the above are only preferred embodiments of the present invention, and those skilled in the art will be able to cover the equivalent modifications or variations of the present invention in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS M347798 FIG. 1 is a perspective exploded view of a preferred embodiment of the present electronic device supporting device. Figure 2 is an exploded perspective view of the power supply and mounting bracket of the present invention. Figure 3 is an assembled cross-sectional view of a preferred embodiment of the present electronic device support device. FIG. 4 is a three-dimensional assembly diagram of the electronic device supporting device and the display device of the present invention. ® 5 is a cross-sectional view of another preferred embodiment of the present invention. ® 6 is a three-dimensional assembly diagram of the electronic device supporting device and the display device in FIG. [Description of main component symbols] Connector support portion Support rib elastic slider Folding screw Cog tooth surface top wall locking portion projection 11 Elastic hook 113 13 Housing space 131 13 3 Adapter portion 15 2 0 Screw 2 1 2 2 fixing hole 221 23 opening 24 2 5 through hole 2 5 1 2 7 top plate 3 0 3 1 side wall 3 3 3 3 1 pressing portion 40 4 1 locking hole 43 11 M347798 positioning member 5 0 bottom wall 5 1 chute 5 1 1 Slot 5 1 3 Engagement surface 5 1 5 Slot 5 1 7 Side wall 5 3 Elastic element 6 0 Support plate 7 0 Bottom wall 7 1 Column 7 1 1 Screw hole 7 1 3 Perforation 7 1 5 Limit Face 7 1 7 side wall 7 3 elastic hook 7 3 1
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