、M322710 八、新型說明： 【新型所屬之技術領域】 本創作係瞻-種支魏置，_係制於_種電子裝置 之可調式腳架。 【先前技術】, M322710 VIII, new description: [New technology field] This creation is based on the type of Wei, _ system made in _ kinds of electronic devices adjustable tripod. [Prior Art]
&著電子科技的大幅進步，幾乎每人都有—台甚或是一台 二上的電子I置’例如室内電話機、電視、電腦螢幕等。而大 口I5刀之電子裝置均有擺放的需求，因此_般都會有腳架的設 \在習知技術中’—般供手持電子裝置所使用的傳統腳架， 通⑦為固疋式腳架，而因其無法調整之缺點而改良成可調式腳 架設計。但習知的可調式腳架通常只有一組支撐結構來做支 樓二雖然、使用者能調整腳架上之肢，但對於調整視角的要求 上還是存在著有諸多的限制。 為符合消費者的需求，有越來越多電子裝置不斷的創新改 良’而推出許多新的設計’而隨著空間上的限制及使用功能上 的不同視角上的要求更為多變而複雜，單一支標結構所構成 的腳架將無法克服社關而做出麟的改變。 …鑑於以上_題’騎可調式腳架的改良需要有更便利的 設計，可供使用者在使用需求上的不同，或是空間限制上的條 件’任意婦腳架切肖度，來達到令使用者滿意的 【新型内容】 為達上述目的，本創作係提供一種電子裝置之可調式腳 架，係包含-主體’―中空突柳，—第—支擇架，—第二支 樓架’ 一套件，及一樞軸，此樞軸上更包含了一齒輪部及一按 5 M322710 壓部丄按壓部上設有-限位凸點。其中樞軸予以貫穿各組件定 位田施力於5亥按壓部時，樞軸可水平移動於中空突起部、及 第支樓架與第二支撐架上所包含的孔洞之間，此時使用者可 自由改變第-切架及第二支歡所支狀角度，接著當解除 施力時’貝,J可利用齒輪部及限位凸點了頁抵固定住第-支揮架及 第一支撐架’使其鱗在欲罐之位置。藉由本創作，使用者 可自仃調整創造出不同的視角變化，達到於視角調整上能更多 元的適應各種不同的條件及需求。 *為讓本創作之上述和其他目的、特徵、和伽能更明顯易 ^下文特舉車又佳實施例，並配合所附圖式，作詳細說明如 【實施方式】 本創作電子裝置2之可調式腳架101如「第1圖」所示， 其包含有-主體1，此主體彳通常位浦電子裝置2之底面， 形成有-中空狄部3，此中空突起部3兩端分糊設有孔。 本創作詳細構造如「第2A圖」所示，其中包含了第一支 撐架4，頂端形成-第—支擇部5，此第_支推部5延伸之兩侧 支撐面分酬設有孔洞4a、4b，其+4a端孔_緣係形成有 一第-凸齒6，此第-凸齒6外侧面上設有至少—個限位槽7， 其細部構造為「第2B圖」所示；第二支雜8，係與第一支揮 架4相向設置，頂端形成一第二支撐部9，該第二支撐部9 = 伸之兩側面分別開設有孔洞8a、8b，其與該第一支撐架4同端 之孔洞8a内緣形成有一第二凸齒10,其細部構造為「第2C圖 • M322710 所不。其中第-支揮架4及第二支撐架8，可以為中空框架之 設計，但並不以此為限，而第—切部5或第二支擇部9上可 包含-二向掛釣11，能讓使用者依不同使用目的掛設該電子裝 置。 、 樞軸12 J^形成有一齒輪部13，此啬輪部13向外 伸更設有一賊部14，此按麗部Μ上設有-限位凸點15，笪 中詳細之連結構造如「第2D圖」所示。此拖轴12另一端穿過 第-支樓架4、第二支樓架8及中空突起部3 一側之孔洞，而 樞接該第-支撐架4及該第二支撐架8;當施力於該按壓部14 時，將使齒輪部13及限位凸點15以可活動方式水平移動於第 -凸齒6或第二凸齒1Q之間，其中當限位凸點15頂抵於限位 槽7時’該齒輪部13會脫離於第-凸齒6與第二凸齒1〇。 套件16 ’由相對於樞軸1彳之另一側之孔洞套接於第— 支播架4、第二支縣8及巾空細部3 ’而樞接第—支揮架* 及第二支擇架8。其中此中空突起部3與套件16係用-個以上 之螺絲17嵌奴結，用明定此裝置上之第—支縣4、第二 支撐架8、中空突起部6及套件】6，其中詳細之連結構造如「第 3A圖」所示。而在樞軸彳彳末端上更設有一滑動槽18，與一個 以上之螺絲17相容設。 當施力於該按壓部13時，此滑動槽18會相對於螺絲17 移動，以調節該第一支撐架4及該第二支撐架8之旋轉角度。 此裝置上所包含的該樞軸12上更套設一彈簧彳9，當解除施力 於該按麗部14上時，可藉由該彈簧19之回復力自動回復並定 M322710 接著再更進-步說明本創作之可調式腳架1〇1的細部操作 方式。本創作之第一狀態之剖面圖如「第3A圖」所示，在此按 >1部14並未受任何外力施壓於上，在此狀態下，此福轴12因 為受到彈簧19之回復力而保持在初始狀態中，此時螺絲17會 頂抵在滑動槽18上的最右端，限鑛動槽18的軸，進而使 樞軸12位置被加以限定；其中「第3B圖」為在「第3八圖」 狀態下，樞轴12、齒輪部13、限位凸點15與第一凸齒6、第 二凸齒10及限位槽7之相對位置關係放大示意圖，即當未施力 於此按壓部14時，齒輪部13會同時嚙合於第一凸齒6及第二 凸齒10，可同時將第一支撐架4及第二支撐架8固定住，此時 無法調整。 本創作之第二狀態之剖面圖如「第4A圖」所示，在此按壓 部14受一外在施力，在此狀態下，此樞軸12及其上之滑動槽 18會受此外力影響而向右移動，而使樞軸12被推入套件16所 包含的容置空間中，此時其樞轴12、齒輪部13、限位凸點15 與第一凸齒6、第二凸齒1〇及限位槽7之相對位置關係放大示 意圖如「第4B圖」所示；當施力於該按壓部使樞軸12水平移 動至使該齒輪部13脫離該第一凸齒6而嚙合於該第二凸齒1〇 時’可固定該第二支撐架8而同時可旋轉第一支撐架4。 本創作之第三狀態之剖面圖如「第5A圖」所示，按壓部 4仍持續受到一外在施力，此時樞轴12及其上之滑動槽彳8會 因此外力而繼續向套件16之容置空間移動，直到螺絲17頂抵 在滑動槽18之最左緣位置為止，此時樞軸12將無法繼續被推 動’其中「第5B圖」為在此狀態下，該樞轴12、齒輪部13、 M322710 限位凸點15_與第—凸齒6、第二凸齒1〇及限位槽7之相對位 置關係放大示意目，當施力於該按壓部14使該拖轴η水平移 動至使齒輪部13脫離第二凸齒1Q *該限位凸點彳 =槽7時，可峡該第—支擇架4而同時可旋轉該第^支= 該按’當細者解除施力於 M上時’可藉由該彈簀19之回復特性自動回復並定 位，，復成本創作之第一狀態時之關係。 第6A圖」為本創作之第一應用例’係為本創作 :二^於原始狀態時；「第6日圖」為本創作之第二應用= 一】乍之可調式腳架101處於第二狀態時，針對 架4之旋轉，並使用第—支_ 5支撐此電子裝置2 ;「第^ ^為，#、編敝腳架1〇1處 置2;本創作之可調式義101之第四 :一 &及第二狀態’如「第6D圖」所示，為本創作之 =四應_，係對於第—支撐架4及第二支縣8 並同時個第—切部5及第二规部9域鱗找置卜 本創作之第五應用例及第六應用例，如「第6e圖」、「第 巾為 ==設使用之途，在此兩應用例 =之輪撕，犧_之使用所需之 M322710 —士Γ然袖作已以-較佳實施觸露如上m非 疋本創作，任何㈣此技藝者， 並非用以限 内，當可作些許之更動與 離本_之精神和範圍 附之申請專麵_界定者為準。_之倾細當視後 【圖式簡單說明】 第1圖 第2A圖 第2B圖 第2C圖 第2D圖 第3A圖 第3B圖 第4A圖 第4B圖 第5A圖 第5B圖 第6A圖 第6B圖 第6C圖 第6D圖 第6E圖 本創作之立體圖 本創作之可調式腳架分解圖 本創作之可調式腳架細部構造圖 本創作之可調式腳架細部構造圖 本創作之可調式腳架細部構造圖 ::之可調式腳架第一狀態剖面圖 本偷圖所不之可調式腳架局部放大圖 :::之可調式腳架第二狀態剖面圖 本_1^私可調式轉局部放大圖 」可調式腳架第三狀態剖面圖 本創作所不之可調式腳架細局部放大圖 之可調式腳架原始狀態示意圖 意圖之可調式㈣調整第—切架支撐示 2作之可調切架調整第二支撐架支樓示 之可調式腳架同時調整兩支撐架支撐 本創作之 調式腳架應用三向掛鉤於直向壁 M322710 掛示意圖 第6F圖 本創作之可調式腳架應用三向掛鉤於橫向壁 掛示意圖 【主要元件符號說明】& With the great advancement of electronic technology, almost everyone has one or even two electronic I's on the second, such as indoor telephones, televisions, computer screens, and so on. The electronic devices of the large-mouth I5 knife have the requirements for placement. Therefore, there will be a tripod design. In the conventional technology, the traditional tripod used for handheld electronic devices is used. Frame, and improved into an adjustable tripod design due to its inability to adjust. However, conventional adjustable tripods usually have only one set of support structures for the support. Although the user can adjust the limbs on the tripod, there are still many restrictions on the requirements for adjusting the viewing angle. In order to meet the needs of consumers, more and more electronic devices continue to innovate and improve 'and introduce many new designs', and the requirements of different perspectives in terms of space constraints and functional functions are more varied and complicated. The tripod made up of a single standard structure will not be able to overcome the social barrier and make a change in Lin. ...in view of the above _ question 'Improvement of the adjustable tripod requires a more convenient design, the user can be different in the use requirements, or the space limit condition 'any woman tripod cut to achieve User-satisfied [new content] In order to achieve the above objectives, the present invention provides an adjustable tripod for an electronic device, which includes a body--a hollow hollow, a first-support frame, and a second frame. A kit, and a pivot shaft, the pivot shaft further includes a gear portion and a pressing portion of the 5 M322710 pressing portion, the pressing portion is provided with a limiting bump. Wherein the pivot shaft is horizontally moved between the hollow protrusion and the hole included in the first floor frame and the second support frame when the pivoting member is applied to the 5th pressing portion of the component. The angle of the first-cut frame and the second branch can be freely changed, and then when the force is released, the shell can be fixed by the gear portion and the limit bump to fix the first-swing and the first support. The frame 'makes it in the position of the can. With this creation, the user can self-adjust and create different perspective changes, so that the viewing angle adjustment can be more adaptive to various conditions and needs. * In order to make the above and other objects, features, and gamma of the present invention more obvious, the following embodiments of the special vehicle are provided, and the detailed description is given in conjunction with the drawings, such as [Embodiment] As shown in FIG. 1 , the adjustable tripod 101 includes a body 1 which is generally located on the bottom surface of the electronic device 2 and is formed with a hollow portion 3 which is separated at both ends. With holes. The detailed structure of the present creation is as shown in the "Fig. 2A", which includes the first support frame 4, and the top end forms a -th-selection portion 5, and the support surfaces on the two sides of the extension portion 5 are provided with holes. 4a, 4b, the +4a end hole_edge is formed with a first protruding tooth 6, and the outer side of the first protruding tooth 6 is provided with at least one limiting groove 7, the detailed structure of which is shown in Fig. 2B The second branch 8 is disposed opposite to the first swing frame 4, and the top end forms a second support portion 9, and the second support portion 9 = the two sides of the extension are respectively provided with holes 8a, 8b, and the first A second convex tooth 10 is formed on the inner edge of the hole 8a at the same end of the support frame 4, and the detail is configured as "2CFig. M322710. The first support frame 4 and the second support frame 8 may be hollow frames. The design is not limited thereto, and the first cutting portion 5 or the second supporting portion 9 may include a two-way hanging fishing 11 for allowing the user to hang the electronic device for different purposes. 12 J^ is formed with a gear portion 13, and the wheel portion 13 is outwardly extended and further provided with a thief portion 14, which is provided with a - limiting bump 15 on the 丽 Μ 笪, and the detailed connection structure in the 笪"2D picture" is shown. The other end of the towing shaft 12 passes through the holes of the first branch frame 4, the second branch frame 8 and the hollow protrusion 3, and pivotally connects the first support frame 4 and the second support frame 8; When the pressing portion 14 is pressed, the gear portion 13 and the limiting bump 15 are horizontally moved between the first convex tooth 6 or the second convex tooth 1Q in a movable manner, wherein the limiting bump 15 is offset from the top When the limiting groove 7 is formed, the gear portion 13 is separated from the first protruding tooth 6 and the second protruding tooth 1〇. The kit 16' is pivotally connected to the first support frame 4, the second branch 8 and the towel detail 3' by a hole relative to the other side of the pivot 1彳 and pivotally connected to the first support* and the second branch Choose rack 8. Wherein the hollow protrusion 3 and the sleeve 16 are embedded with more than one screw 17, and the first branch of the device, the second support frame 8, the hollow protrusion 6 and the kit 6 are clearly defined on the device, wherein The connection structure is as shown in "3A". A sliding groove 18 is further provided on the end of the pivoting end, and is compatible with one or more screws 17. When the pressing portion 13 is applied, the sliding groove 18 is moved relative to the screw 17 to adjust the rotation angle of the first support frame 4 and the second support frame 8. The pivot 12 included in the device is further provided with a spring 彳9. When the force is applied to the button 14, the restoring force of the spring 19 can be automatically restored and set to M322710 and then further - Steps describe the detailed operation of the adjustable tripod 1〇1 of this creation. The cross-sectional view of the first state of the present creation is as shown in "Fig. 3A", and the portion 14 is not pressed by any external force, and in this state, the shaft 12 is subjected to the spring 19 The restoring force is maintained in the initial state, at which time the screw 17 will abut against the rightmost end of the sliding groove 18, and the axis of the ore-moving groove 18 is constrained, so that the position of the pivot 12 is limited; wherein "3B" is In the state of "3rd 8th", the relative positional relationship between the pivot shaft 12, the gear portion 13, and the limit projection 15 and the first convex teeth 6, the second convex teeth 10, and the limit groove 7 is enlarged, that is, when When the pressing portion 14 is applied to the pressing portion 14, the gear portion 13 is simultaneously engaged with the first protruding tooth 6 and the second protruding tooth 10, and the first supporting frame 4 and the second supporting frame 8 can be fixed at the same time, and cannot be adjusted at this time. The cross-sectional view of the second state of the present invention is as shown in Fig. 4A, in which the pressing portion 14 is externally biased, and in this state, the pivot 12 and the sliding groove 18 thereon are subjected to the external force. Influence to move to the right, and the pivot 12 is pushed into the accommodating space included in the kit 16, at this time, the pivot 12, the gear portion 13, the limiting bump 15 and the first convex tooth 6, the second convex An enlarged schematic view of the relative positional relationship between the tooth 1 〇 and the limiting groove 7 is shown in FIG. 4B; when the pressing portion is applied to the pressing portion, the pivot 12 is horizontally moved to disengage the gear portion 13 from the first protruding tooth 6 When the second protruding tooth 1 啮合 is engaged, the second support frame 8 can be fixed while the first support frame 4 can be rotated. The cross-sectional view of the third state of the present creation is as shown in "Fig. 5A", and the pressing portion 4 continues to be subjected to an external force, and the pivot 12 and the sliding groove 8 thereon are then externally pressed to the kit. The accommodating space of 16 moves until the screw 17 abuts against the leftmost edge position of the sliding groove 18, at which time the pivot 12 will not be able to continue to be pushed. "Where the "Block 5B" is in this state, the pivot 12 The relative positional relationship between the gear portion 13 and the M322710 limit bump 15_ and the first convex tooth 6, the second convex tooth 1 〇 and the limiting groove 7 is enlarged. When the pressing portion 14 is applied to the pressing portion 14 When η is horizontally moved to disengage the gear portion 13 from the second convex tooth 1Q * when the limit projection 彳 = the groove 7, the first support frame 4 can be rotated while the second branch can be rotated = the press is fine When the force is applied to the M, the relationship can be automatically restored and positioned by the reply characteristic of the magazine 19, and the relationship between the first state of the cost creation is restored. Figure 6A "The first application example of this creation" is the creation of the original: two in the original state; "the sixth day map" is the second application of the creation = one] the adjustable tripod 101 is in the first In the second state, for the rotation of the frame 4, and using the first branch _ 5 to support the electronic device 2; "the ^ ^ is, #, braided tripod 1 〇 1 disposal 2; the definition of the creative 101 Four: one & and the second state 'as shown in Figure 6D, is the creation of the fourth = _, for the first support frame 4 and the second county 8 and the same - the first section 5 and The second application section and the sixth application example of the second scale 9 field scale finding, such as "6e" and "the towel" == use the way, in the application of the two M322710 - the use of the squad _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The spirit and scope of this _ is attached to the application of the _ _ defined as the standard. _ The sloping after the view [simplified description of the schema] Figure 1 2A Figure 2B Figure 2C Figure 2D Figure 3A Figure 3B Figure 4A 4BFig. 5A, Fig. 5B, Fig. 6A, Fig. 6B, Fig. 6C, Fig. 6D, Fig. 6E, Fig. 6E, the perspective view of the creation, the adjustable tripod, the exploded view, the adjustable tripod, the detailed structure, the creation of the figure Adjustable Tripod Detail Construction Drawing Adjustable Tripod Detail Construction Drawing:: Adjustable Tripod First State Section View This Stealing Chart Cannot Adjustable Tripod Partially Enlarged Picture ::: Adjustable Tripod The second state profile view _1 ^ private adjustable to partial enlargement view" adjustable tripod third state cross-sectional view of the adjustable tripod fine partial enlarged view of the adjustable tripod original state schematic view can be Modification (4) Adjustment of the first - cutting frame support 2 for the adjustable cutting frame adjustment of the second support frame branch of the adjustable foot stand at the same time adjust the two support frame support This creation of the adjustable tripod application three-way hook to the straight wall M322710 Hanging diagram 6F Figure 2 Adjustable tripod application of the three-way hook to the horizontal wall hanging diagram [main component symbol description]
101 可調式腳架 1 主體 2 電子裝置 3 中空突起部 4 第一支撐架 4a 孔洞 4b 孔洞 5 第一支撐部 6 第一凸齒 7 限位槽 8 第二支撐架 8a 孔洞 8b 孔洞 9 第二支撐部 10 第二凸齒 11 三向掛釣 12 樞軸 13 齒輪部 14 按壓部 15 限位凸點 11 M322710 16 套件 17 螺絲 18 滑動槽 19 彈簧101 Adjustable tripod 1 Main body 2 Electronic device 3 Hollow protrusion 4 First support frame 4a Hole 4b Hole 5 First support part 6 First convex tooth 7 Limit groove 8 Second support frame 8a Hole 8b Hole 9 Second support Part 10 Second convex tooth 11 Three-way fishing 12 Pivot 13 Gear part 14 Pressing part 15 Limiting stud 11 M322710 16 Kit 17 Screw 18 Slot 19 Spring