M408.921M408.921
I • . 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種電子裝置，尤指電子裝置的— 撐結構。 又 支 【先前技術】 • 一般立於桌面上的電子裝置僅能在特定的某些俯規 • 度被支持，基於某些用途’希望能發展出一種與桌面垂 • 站立的狀態到平躺在桌面上的狀態之間的各種角度二直 支持的支撐結構。 X把破I. 5. New description: [New technology field] This work is about an electronic device, especially the structure of an electronic device. Also [previous technology] • Electronic devices that are generally standing on the desktop can only be supported at certain certain degrees of elevation, based on certain uses, 'hope to develop a state of hang with the tabletop• stand up to lie flat The support structure is supported by various angles between the states on the desktop. X breaks
本創作之主要目的，在於提供一種支樓結構，复 二固定座、-轴心、-支撐件、二凸輪件以及—彈菩^括 定座具有二支架，軸心是穿過並固定在該二育固 件是可旋概設於姉q具有二域部从=擇 該承靠部連接該二樞接部 ^ ’ 設於該二支架間，每-該二擓接部;有工=轉: 輪件是可滑動地設於該轴心± 凸輪面。凸 每-該二凸輪件具有一第一一：接於该二樞接部’ 面。彈簧設於該二凸輪對:::第-凸輪 轉而與該固定座成一角i時凸:二;!二該支撐件旋 ’使該第二凸輪面保持抵接务=_二凸輪件 與該固定座保持在該角度。弟凸輻面，使該支撐件 本創作之另一目的t在於提供—種電子褒置’其包括 3/11 切結構包;;撑結構所支持。該 彈簧。固定座具有二支架，轴心ί:件、二凸輪件以 J架上’支撐件是可旋轉地 固定在該二 承靠部，該承靠部連接該二』;，有二:接部以 該輛心旋轉並設於該二支加門Α卩，該二枢接部可繞 一凸輪面。凸輪件是可滑動喊接部具有-第 該二樞接部，每一該二凸輪件具有Ltt上且分別抵接於 於該第-凸輪面。彈菩設於令—凸輪面，其對應 2件，使該第二凸輪間，減該二凸 ▲該支撐件旋轉而與該岐座成」=凸輪面，其中， 墨該二凸輪件，使該第二凸輪面保藉由該彈簧推 ，使該切件與該固定座保持在該角度妾於料一凸輪面 本創作具有以下有益的效果： 二凸輪面抵接於樞接部的第—凸 ^ s凸輪件的第 座或電子裝置的本體成任一角度^支=件旋轉而與固定 角度。 月糾切件可以被保持在該 術内容’請參閱 考與說明用，並非用來對本創::以:::附圖式僅提供參 【實施方式】 解圖圖 b 裝置00包括—支撑結構100、-連 牛200以及—本體獨。切結構_ @定於連接件200 ’而連接件200固定於切上，藉由支揮結構刚 可使本體300支撐於任意角度。 主要圖：構]。。 及彈簧60。 —凸輪件40以 如圖3所示座1()包括二支架12 上分別形成-觀14。如2Q為—D雜在—支木U 12的軸孔Μ，由於軸孔14 —形轴 穿=支架 :支架12不會旋轉而可以固定於说2上二=對 「拖接部32以及—承靠部34，二樞接部η可 具 持口:34 ^_面_ (未圖示)而Ϊ 寺本 的七刀，承靠部34連接二樞接部32， 32:繞軸心20旋轉，且經由華司3、5 .抵接於固定座川： 孔輪件4G設於如2G上，由於凸輪件40的轴 孔42為D形軸孔，因此凸輪件4〇不會繞軸心如 可在轴心2〇上滑動，彈簧6〇設於轴心2〇上，並位 ，可推M二凸輪件4G，使二凸輪件仙分職 接於樞接部32。軸心20以螺帽7G結合於固定座1〇上。_ 參照圖1與圖3’支標件3〇的樞接部32具有一第—凸 輪面3、件4G具有—第二凸輪面44 ’藉由彈簧60 的推壓’使凸輪件40的第二凸輪面44與樞接部32的第— 凸輪面322保持接觸。第-凸輪面322與第二凸輪面44皆 為曲面兩曲面的开> 狀是彼此相配合的，當支撐件平行 於固定座10 4本體300日寺，即當支撐件3〇與固定座⑺之 ，的為〇度(第一角度)時，第一凸輪面322的最高點 第一取咼點)3222是接觸於第二凸輪面44的最低點（第二最 低點)444 ’同時第—凸輪面切的最低點（第-最低點)3224 5/11 M408921 接觸於第二凸輪面44的最高點（第二最高點)442。 另外，如圖4所示，當支撐件30旋轉i 80度到達另一 個與固定座1G平行的角度時，即#支撐件3()油定座ι〇 之間的角度為180度(第二角度)時，第-凸輪面322的最高 點3222接觸於第二凸輪面44的最高點442，第— 奶的最低點迎與第二凸輪面44的最低點物具有^ ^撐件3G與固定座1G之_角度在Q度與⑽度 之，，由於第-凸輪面322會對第二凸輪面44產生 而推壓凸輪件40進而推壓彈菁6〇，如圖5所示，此時由於 彈簧60被壓縮而對凸輪件4〇產生偏壓力，使第二凸輪面 凸輪面322產生一反作用力，此反作用力對轴心 2〇產生一力矩。因此當支擇件3〇支持本體300的重量時， =力矩可平衡由於本體3⑻的重量推壓支撐件3g而對於 =心—20 生的力矩，如此#支撐件3()㈣至任意角度 時，错由上述構造，皆可支撐本體3〇〇，即本體300可以相 =於使用者以任何俯視角的方式呈現。當然，彈簧6〇的彈 =係數賴射地，㈣簧⑼觀縮 盤凸輪件4〇而對第一凸輪面322所產生的反作用力恰3 以產生^以平衡本體300的重量推壓支撐件％的力矩。 藉由^構造’彈簧推壓凸輪件的第二凸輪面抵接於 區部的第-凸輪面’支持件旋轉而與固定座或電子裝置 的本體成任-角度時，支撐件可以被保持在該角度，如此 電子裝置在任意的舰角都可以被支將所支持。 臺惟Γ上所述僅為本創作之較佳實施例，非意欲揭限本 創作的專利保護範圍，故舉凡運用本創作說明書及圖式内 6/11 M408.921 容所為的等效變化，均同理皆包含於本創作的權利保護範 圍内，合予陳明。 【圖式簡單說明】 圖1為本創作之電子裝置的立體圖，其中支撐件相對於本 體成〇度。 圖2為圖1的分解圖。 圖3為本創作之支撐結構的立體分解圖。 圖4為本創作之電子裝置的立體圖，其中支撐件相對於本 體成180度。 圖5為本創作之電子裝置的立體圖，其中支撐件相對於本 體成45度。 【主要元件符號說明】 3、5華司 10固定座 12支架 14軸孔 20轴心 30支撐件 32樞接部 322第一凸輪面 3222最高點（第一最高點) 3224最低點（第一最低點) 7/11 M408921 34承靠部 40凸輪件 42轴孔 44第二凸輪面 442最高點（第二最高點) 444最低點（第二最低點) 60彈簧 70螺帽 100支撐結構 200連接件 300本體 1000電子裝置 8/11The main purpose of the present invention is to provide a branch structure, the second fixed seat, the axle, the support member, the two cam members, and the two-framed bracket have two brackets, and the shaft is passed through and fixed in the shaft. The second cultivating firmware is rotatably arranged at 姊q and has two domain parts. ???Selecting the bearing part to connect the two pivoting parts ^' is disposed between the two brackets, each of the two splicing parts; The wheel member is slidably disposed on the shaft center ± cam surface. The convex each-the two cam members have a first one: connected to the two pivoting portions. The spring is disposed on the two cam pairs::: the first cam is turned into an angle with the fixing seat i when convex i: two; the second supporting member rotates to keep the second cam surface abutting = _ two cam members and The mount remains at this angle. The convex surface of the support, the other purpose of the support is to provide an electronic device, which includes a 3/11-cut structure package; The spring. The fixing base has two brackets, the shaft center ί: the two cam members on the J frame, the 'support member is rotatably fixed to the two bearing portions, the bearing portion connects the two's; The center of the car rotates and is disposed on the two sills, and the two pivoting portions can surround a cam surface. The cam member is a slidable shouting portion having a second pivoting portion, each of the two cam members having an Ltt and abutting against the first cam surface. The ball is disposed on the cam surface, which corresponds to two pieces, such that the second cam is reduced by the two protrusions ▲ the support member rotates to form a cam surface with the squat, wherein the two cam members are inked The second cam surface is urged by the spring to maintain the cutting member and the fixing seat at the angle. The cam surface has the following beneficial effects: the second cam surface abuts the first portion of the pivoting portion. The first seat of the cam member or the body of the electronic device is rotated at any angle to the fixed angle. The monthly cutting piece can be kept in the content of the operation. Please refer to the test and description. It is not used for the original::::: The drawing only provides the reference. [Embodiment] Solution Figure b Device 00 includes - support structure 100, - even cattle 200 and - the body alone. The cut structure _@ is fixed to the connector 200' and the connector 200 is fixed to the cut, and the body 300 can be supported at any angle by the support structure. Main picture: Structure]. . And spring 60. - The cam member 40 is formed as a view 14 on the seat 1 () including the two brackets 12 as shown in FIG. For example, 2Q is -D miscellaneous - the shaft hole 支 of the branch U 12 , because the shaft hole 14 - shaped shaft wear = bracket: the bracket 12 does not rotate and can be fixed on the second 2 = "to the drag portion 32 and - The bearing portion 34, the two pivoting portions η can hold the mouth: 34 ^ _ face _ (not shown) and the seven blades of the temple, the bearing portion 34 connects the two pivoting portions 32, 32: rotates around the axis 20 And abutting on the fixed seat via the washers 3, 5: the hole wheel member 4G is disposed on, for example, 2G, since the shaft hole 42 of the cam member 40 is a D-shaped shaft hole, the cam member 4〇 does not surround the shaft center For example, the spring 6 can be slid on the shaft 2〇, and the spring 6 is disposed on the shaft 2〇, and the position can be pushed to push the M cam member 4G so that the two cam members are engaged with the pivoting portion 32. The shaft 20 is The nut 7G is coupled to the fixed seat 1 _. _ Referring to FIG. 1 and FIG. 3 'the pivoting portion 32 of the fulcrum 3 具有 has a first cam surface 3 and the member 4G has a second cam surface 44 ′ by a spring The pushing of 60 causes the second cam surface 44 of the cam member 40 to be in contact with the first cam surface 322 of the pivoting portion 32. The first cam surface 322 and the second cam surface 44 are both curved and curved. Are matched with each other when the support is parallel to the fixed 10 4 body 300 day temple, that is, when the support member 3〇 and the fixed seat (7) are the twist (first angle), the first point of the first cam surface 322 is the first point of contact) 3222 is in contact with the second The lowest point (second lowest point) 444 ' of the cam surface 44 while the lowest point (first lowest point) of the first cam surface is 3224 5/11 M408921 is in contact with the highest point of the second cam surface 44 (the second highest point) 442. In addition, as shown in Fig. 4, when the support member 30 rotates i 80 degrees to reach another angle parallel to the fixed seat 1G, that is, the angle between the #support member 3 () oil seating ι is 180 degrees ( At the second angle), the highest point 3222 of the first cam surface 322 is in contact with the highest point 442 of the second cam surface 44, and the lowest point of the first milk meets the lowest point of the second cam surface 44. The angle with the fixed seat 1G is between Q degrees and (10) degrees. Since the first cam surface 322 is generated by the second cam surface 44, the cam member 40 is pushed to push the elastic cyanine 6〇, as shown in FIG. At this time, due to the compression of the spring 60, a biasing force is generated on the cam member 4, so that the second cam surface cam surface 322 generates a reaction force, and the reaction force is generated on the shaft 2 Therefore, when the support member 3 supports the weight of the body 300, the = torque can balance the moment of pushing the support member 3g due to the weight of the body 3 (8), and the torque for the = heart 20, so that the support member 3 () (four) is At any angle, the above configuration can support the body 3〇〇, that is, the body 300 can be presented to the user in any view angle. Of course, the spring 6〇 is the coefficient=the coefficient is the ground, and the (four) spring (9) The reaction force generated by the cam member 4 is reduced to the first cam surface 322 to generate a torque that pushes the weight of the support member by the weight of the body 300. When the second cam surface of the spring pushing cam member abuts against the first cam surface of the region to rotate at an angle to the body of the mount or the electronic device, the support member can be held at At this angle, the electronic device can be supported by any ship at any angle. The above description is only a preferred embodiment of this creation, and is not intended to reveal the scope of patent protection of this creation. Therefore, the equivalent changes in the 6/11 M408.921 of this creation manual and the drawings are used. All of them are included in the scope of protection of this creation and are given to Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of the electronic device of the present invention, in which the support member is twisted with respect to the body. Figure 2 is an exploded view of Figure 1. Figure 3 is an exploded perspective view of the support structure of the present invention. Figure 4 is a perspective view of the electronic device of the present invention, wherein the support member is 180 degrees with respect to the body. Figure 5 is a perspective view of the electronic device of the present invention in which the support member is at 45 degrees with respect to the body. [Main component symbol description] 3, 5 Huasi 10 fixed seat 12 bracket 14 shaft hole 20 axis 30 support member 32 pivoting portion 322 first cam surface 3222 highest point (first highest point) 3224 lowest point (first lowest Point) 7/11 M408921 34 bearing 40 cam member 42 shaft hole 44 second cam surface 442 highest point (second highest point) 444 lowest point (second lowest point) 60 spring 70 nut 100 support structure 200 connector 300 body 1000 electronic device 8/11