M354312 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種支撐架 之折合式支撐架。 種具雙向擋止結構 【先前技術】 成直=:::示；；!;透過-支撐架連結，使其形 顯-㈣高度，請參閱第一圖所示，圖中面 匕之顯結構，該顯示器支撐架結構包括有: Γ接的支料2&以及—定位元件3 a，兮第一車1么 連接部…與-第二連接部22 接；2 開設有一定位孔21 la，而該第二連 W21 2 la， =口以la移動的套設該第二連接部2 ^，該第—連接部 ja之-端進—步連接—平面顯示器“，而該第二連接部 + a之一端連接該底座1 a;該定位元件3 a為一卡榫，使用 者，據所需求的高度，將該定位科3a選擇的插設入該定位 子1 la與該等固定孔2 2 la中，藉此用以固定該第一連 接邛2 la，讓該平面顯示器4&能上升或下降。 士可是當要對該支撐架2a與該平面顯示器4a進行收納 時/，用者必需折合該支撐架2&，再將該定位元件3a插設 入該定位孔2 1 la與該等固定孔2 2 la巾，藉此固定該平 面顯示器4a (如第二圖所示）；然，若是忘記將該定位元件 3 a插設入該定位孔2 1 ia與該等固定孔2 2 la中，該平 M354312 面顯示器4a則會任意的於該支撐架2 a上移動，如此不但增 加了包裝的體積，同時也增加了搬運時該平面顯示器4a損壞 的機率。 是以，綜合上述之支撐架結構可發現具有以下問題： 1、 使用者必需以手動的方式，將定位元件3 a插設入該定位 孔2 1 la與該等固定孔2 2 la中以固定該平面顯示器 4a，使用上極為不便利。 2、 定位元件3 a的設計，使得支撐架2 a的外觀會有一凸出 物，破壞了支撐架2a整體的視覺美觀。 3、 由於是以定位元件來3a提供固定的功能，但是該第一連 接部2 la與該第二連接部2 2a之間的運動要求，故在 兩者之間必須保持一適當間隙，致使該第一連接部2 1 a 移動時會產生搖晃及擺動之情形，在多次使用下容易造 成損壞。 4、 進行收納時，必需折合該支撐架2a，再將該定位元件3 a插設入該定位孔2 1 1 a與該等固定孔2 2 1 a中，以 固定該平面顯示器4a，一旦該定位元件3a並未完全插 設至定位，於搬運的過程中，將導致該平面顯示器4 a 受碰撞而損壞。 有鑑於此，本創作人有感上述缺失之可改善，且依據多 年來從事此方面之相關經驗，悉心觀察且研究之，並配合學 理之運用，而提出一種設計合理且有效改善上述缺失之本創 作。 6 M354312 【新型内容】 。本創作之一目的在於提供—種具雙向擋止結構之折合式 支芽木°亥支撐架此方便使用者折合收納，以減少包震的體 積。M354312 VIII. New description: [New technical field] The creation department has a folding support frame for the kind of support frame. Two-way stop structure [previous technique] straight =::: show;;!; through the support frame to make it - (4) height, please refer to the first figure, the structure of the face The display support frame structure comprises: a spliced support 2& and a positioning component 3a, a first car 1 connection part... and a second connection part 22; 2 a positioning hole 21 la is opened, and The second connection W21 2 la, = the port is moved by la, the second connection portion 2 ^, the first connection portion ja - the end - step connection - the flat display ", and the second connection portion + a One end is connected to the base 1 a; the positioning element 3 a is a cassette, and the user selects the positioning unit 3a to be inserted into the positioning rod 1 la and the fixing holes 2 2 la according to the required height. Thereby, the first connection port 2 la is fixed to allow the flat display 4& can be raised or lowered. However, when the support frame 2a and the flat display 4a are to be accommodated, the user must fold the same. The support frame 2&, the positioning member 3a is inserted into the positioning hole 2 1 la and the fixing holes 2 2 la towel, thereby fixing the flat The display 4a (as shown in the second figure); however, if the positioning element 3a is forgotten to be inserted into the positioning hole 2 1 ia and the fixing holes 2 2 la, the flat M354312 surface display 4a is arbitrary. Moving on the support frame 2a, not only increases the volume of the package, but also increases the probability of damage to the flat display 4a during transportation. Therefore, the above-mentioned support frame structure can be found to have the following problems: 1. User It is necessary to manually insert the positioning component 3 a into the positioning hole 2 1 la and the fixing holes 2 2 la to fix the flat display 4a, which is extremely inconvenient to use. 2. Design of the positioning component 3 a Therefore, the appearance of the support frame 2 a has a protrusion, which destroys the visual beauty of the entire support frame 2a. 3. Since the positioning member 3a provides a fixed function, the first connecting portion 2 la and the second The movement between the connecting portions 2 2a is required, so that a proper gap must be maintained between the two, so that the first connecting portion 2 1 a moves and shakes when it moves, which is liable to cause damage under repeated use. 4, proceed When accommodating, it is necessary to fold the support frame 2a, and then insert the positioning component 3a into the positioning hole 2 1 1 a and the fixing holes 2 2 1 a to fix the flat display 4a once the positioning component 3a It is not fully inserted into the positioning, which will cause the flat panel display 4 a to be damaged by collision during the handling. In view of this, the creator feels that the above-mentioned deficiency can be improved and is based on the related aspects of the past years. Experience, careful observation and research, and with the use of academics, propose a creative design that is reasonable and effective in improving the above-mentioned defects. 6 M354312 [New content]. One of the aims of the present invention is to provide a folding type of buds with a two-way stop structure, which is convenient for the user to fold and store to reduce the volume of the shock.
、本創作之另一目的在於提供一種具雙向擋止結構之折合 式支撐架，該支撐架係利用重力的影響，去驅動支撐架内部 的結構進而固定支樓架上的榮幕，藉此避免螢幕移動而、遭^ 碰撞’降低螢幕損害的機率。 个别TM系提供 座體 钩J運成上述之目的…·… 構之折合式支撐架，其包括有：一座體；一支架體，該支2 體轉動的㈣該座體；—滑動本體，該㈣本體滑動的設 於該支架體上，且該滑動本體之一側設有一第一擋止部， ^側設有_第二擔止部；—定位結構，較位^驗於 二動本體與該支架體之間’且該定位結構連接於該支^ 以万ΙίΓ擺動件，該第一擺動件擺動的連接該定位結構 哕第一：：擺動件’該第二擺動件擺動的連接該定位結構 !朝該座體折合時，該第一擺動件與該第二擺動； 疋位結構朝該滑動本體擺動，且長度較長之該 二二' 先抵頂於該滑動本體並且預先卡固該第二挎2 :件 一擺動件在抵頂於該滑動本體而卡&後該: 播止限制崎動本體義。 擋止部’以雙^ 是以’透過本創作之具雙向擋止結構 供如下述之特點： 構之折合式支撐架‘ 7 M354312 1、 本創作之具雙向擋止結構之折合式支撐架以重力為驅動 力，讓該第一擺動件與該第二擺動件進行擺動並卡固該 滑動本體，使該滑動本體無法行雙方向的移動。 2、 當進行包裝時，本創作之具雙向擋止結構之折合式支撐 架能固定螢幕而讓螢幕無法移動，如此可以避免搬運過 程中晃動對螢幕造成的碰撞。 ' 3、 本創作之具雙向擋止結構之折合式支撐架僅利用簡單的 機構配合並利用重力作為驅動的力量，其就可以達到限 制螢幕移動之目的，故製作成本較為低廉。 4、 使用本創作之具雙向擋止結構之折合式支撐架能大幅縮 小包裝的體積，除節省包裝材料費用外，亦同時增加搬 運的數量。 為了能更進一步瞭解本創作為達成既定目的所採取之技 術、方法及功效，請參閱以下有關本創作之詳細說明與附圖， 相信本創作之目的、特徵與特點，當可由此得一深入且具體 之暸解，然而所附圖式僅提供參考與說明用，並非用來對本 創作加以限制者。 【實施方式】 請配合參閱第三圖所示，本創作係提供一種具雙向擋止 結構之折合式支撐架，其係包括有一座體1、一支架體2、 一滑動本體3、一定位結構4、一第一擺動件5以及一第二 擺動件6，其中該支架體2之一端可轉動的樞接該座體1 上，俾藉該座體1提供穩固平衡之作用；該滑動本體3滑動 的設置於該支架體2上，使得使用者可以依據需求任意移動 8 M354312 該滑動本體3 ;而該定位結構4連接於該支架體2中，該第 一擺動件5與该苐一擺動件6擺動的連接於該定位結構4 上，且a亥疋位結構4、§亥弟一擺動件5與該第二擺動件6皆 位於該支架體2與該滑動本體3之間。 該支架體2具有二彎折板體2 1與二滑槽2 2，該二彎 折板體2 1分別自該支架體2之左、右兩側延伸出，且兮一 彎折板體21形成該二滑槽22。 碌沉軔|體；^設置有至少 _ 置於該滑動本體3之左、右兩側，藉該二滑塊3 動的後 入該支架體2之滑槽2 2内，使得該滑動本體3得以任音的 雙方向滑m卜賴塊3 ! _目不限定 實 例中，滑塊31的數目為兩個。 本只靶 ，配合參閱第四A圖與第_圖所示，該滑動本體3具 :二-擋止部3 2與一第二擋止部3 3，更具體而言，該 第-擒止部3 2設置於該義本體3之—側 設置物f動本體3之另—側，且該第—擋 二二：3 3乃位於該第一擺動件5與該第二擺動件 6的U路！上，俾藉該第—擔止部3 2以及第二擋 ^扣固定之處’以使該滑動本體3完全受限；而：法 雙向滑動’亦即當該滑動本體3之第—播 =二，第一擺動件5與該第二擺動件 4上，二擺動件6連接於該定位結構 體3被該第—擺該支架體2中’因此該滑動本 動件5與该弟二擺動件6限制於該定位結構 9 M354312 意的作雙向移動；此外，該滑動本體3之第一 3田上：凸撿擋止部3 3可為一單獨設置於該滑動本體 =上j塊或疋由該滑動本體3延伸出—體成型的凸板，更 動：二5明堂只要是能提供卡固作用之結構元件皆可為該滑 動本體3之苐-擔止部3 2與該第二擔止部3 3。 =配合參閱第三圖所示，為了能將—螢幕（圖未示）安 mti3上’於該滑動本體3上另設置有-螢幕固 〜錯此該螢幕固定件7隨該滑動本體3滑動而移 動連ν使仔该螢幕（圖未示）移動。 我$配合參閱第四Α圖與第_圖所示’該定位結構心系 之㈣’該定位結構4連接該支架體2之方式 二二-體成型」或「單獨設置並彼此連接」，而於本實施中， =位結構4乃為該支架體2朝該滑動本體3—體成型延伸 二板體；需提及的是’該定位結構4是用以決定該滑 上 =支架體2上固定的位置’因此該定位結構4的 =力可依據制麵需求去進行輕，—旦該定位結構4於 1木體2上的位置改變，該滑動本體3固定的位置也隨之 進-步設置-連接結構8於該定位結構4、該第一擺動 件5與該第二擺動件6之間，透過該連接結構8連接該定位 ，構4、該第-擺動件5與該第二擺動件6，具體而言，該 第-擺動件5與該第二擺動件6係同軸可擺動的連接於該連 接結構8，其中該連接結構8具有—桿體8 i、二穿孔8 2、 一第-貫穿孔8 3與-第二貫穿孔8 4，該定位結構4分別Another object of the present invention is to provide a folding support frame with a two-way stop structure, which utilizes the influence of gravity to drive the structure inside the support frame to fix the glory on the support frame, thereby avoiding The screen moves and is hit by 'to reduce the chance of screen damage. The individual TM system provides the seat hook J for the above purpose. The folding support frame comprises: a body; a bracket body, the body rotates (4) the seat body; the sliding body, the (4) the body sliding is disposed on the bracket body, and one side of the sliding body is provided with a first stopping portion, and the side of the sliding body is provided with a second supporting portion; the positioning structure is compared with the second moving body and Between the bracket body and the positioning structure is connected to the oscillating member, the first oscillating member is oscillated to connect the positioning structure 哕 first: the oscillating member 'the second oscillating member swings the connection to the positioning The first swinging member and the second swinging body are folded toward the seat body; the clamping structure is swung toward the sliding body, and the longer two of the two's first abut against the sliding body and are pre-fixed The second 挎 2: after the oscillating member abuts against the sliding body and the card & The stop portion 'is double-shaped' with the two-way stop structure created by the present invention as follows: Folding support frame of the structure' 7 M354312 1. The folded support frame of the two-way stop structure of the present invention is The gravity is a driving force, and the first swinging member and the second swinging member are swung and the sliding body is clamped, so that the sliding body cannot move in both directions. 2. When packaging, the folded support frame with two-way stop structure can fix the screen and make the screen unable to move, so as to avoid the collision caused by the shaking during the handling. 3. The folded support frame of the two-way stop structure of this creation uses only a simple mechanism to cooperate and utilizes gravity as the driving force, which can achieve the purpose of limiting the movement of the screen, so the production cost is relatively low. 4. The folded support frame with the two-way stop structure of this creation can greatly reduce the volume of the package, in addition to saving the cost of packaging materials, and also increase the number of shipments. In order to further understand the techniques, methods and effects of this creation in order to achieve the intended purpose, please refer to the following detailed description and drawings of this creation. I believe that the purpose, characteristics and characteristics of this creation can be obtained in this way. The detailed description is to be understood as merely illustrative and not restrictive [Embodiment] Please refer to the third figure, the present invention provides a folding support frame with a two-way stop structure, which comprises a body 1, a bracket body 2, a sliding body 3, and a positioning structure. 4, a first oscillating member 5 and a second oscillating member 6, wherein one end of the bracket body 2 is pivotally connected to the seat body 1, and the seat body 1 provides a stable balance; the sliding body 3 The sliding body is disposed on the bracket body 2, so that the user can arbitrarily move the 8 M354312 the sliding body 3 according to requirements; and the positioning structure 4 is connected to the bracket body 2, the first swinging member 5 and the first swinging member The oscillating connection is connected to the positioning structure 4, and the a 疋 结构 structure 4, the 亥 弟 摆动 oscillating member 5 and the second oscillating member 6 are located between the bracket body 2 and the sliding body 3. The bracket body 2 has two bent plate bodies 2 1 and two sliding slots 2 2 , and the two bent plate bodies 2 1 respectively extend from the left and right sides of the bracket body 2 , and a bent plate body 21 The two chutes 22 are formed. The body is provided with at least _ placed on the left and right sides of the sliding body 3, and is moved into the sliding slot 2 2 of the bracket body 2 by the two sliders 3, so that the sliding body 3 It is possible to slide the m-blank block 3 in the direction of the ring. In the example, the number of the sliders 31 is two. The target body, as shown in FIG. 4A and FIG. _, the sliding body 3 has: a second blocking portion 3 2 and a second blocking portion 33, and more specifically, the first The portion 3 2 is disposed on the other side of the movable body 3 of the body 3, and the first block 22: 3 is located at the U of the first swinging member 5 and the second swinging member 6. road! In the above, the first portion of the sliding body 3 is completely restricted by the first portion of the sliding body 3, and the first portion of the sliding body 3 is Second, the first oscillating member 5 and the second oscillating member 4, the two oscillating members 6 are connected to the positioning structure 3 by the first-swinging bracket body 2, so the sliding movable member 5 and the second sway The member 6 is limited to the bidirectional movement of the positioning structure 9 M354312; in addition, the first 3 field: the cam stop portion 3 3 of the sliding body 3 can be separately disposed on the sliding body=upper j block or The sliding body 3 extends from the body-formed convex plate, and the movable member: the second structural member can be the squatting portion 3 2 and the second supporting portion of the sliding body 3 as long as it can provide a locking function. 3 3. = As shown in the third figure, in order to enable the screen (not shown) to be mounted on the sliding body 3, the screen fixing member 7 is slid with the sliding body 3. Move the ν to move the screen (not shown). I can refer to the fourth diagram and the figure _, 'the positioning structure of the heart system (four) 'the positioning structure 4 is connected to the bracket body 2 by means of two-two-body molding" or "separately set and connected to each other" In the present embodiment, the = position structure 4 is such that the bracket body 2 is formed integrally with the sliding body 3 to form a two-plate body; it should be mentioned that the positioning structure 4 is used to determine the sliding up = the bracket body 2 The fixed position 'therefore the force of the positioning structure 4 can be lightened according to the surface requirement, and the position of the positioning structure 4 on the 1 wood body 2 is changed, and the fixed position of the sliding body 3 is also advanced. Between the positioning structure 4, the first oscillating member 5 and the second oscillating member 6, the positioning structure is connected through the connecting structure 8, the first oscillating member 5 and the second oscillating member The first oscillating member 5 and the second oscillating member 6 are coaxially swingably connected to the connecting structure 8 , wherein the connecting structure 8 has a rod body 8 i and two through holes 8 2 . a first through hole 8 3 and a second through hole 8 4, the positioning structure 4 respectively
M354312 開没该等^孔8 2 ’而該第-擺動件5穿設有該第—貫穿孔 8 3 ’該第二擺動件6穿設有該第二貫穿孔84，且該桿體 8 1穿過該第-貫穿孔83與該第二貫穿孔84，以連接該 ^日擺動件5與該第二擺動件6並進—步露出其兩端，藉此 该桿體8 1之兩端能固定於該定位結構4之穿孔8 2，是 =透過上述之連接設計’該第—擺動件5與該第二擺動件 6可以該桿體8 1為支撐軸而行擺動動作。 件5係為—塊體，且該第—擺動件5具有-1與—抵頂部5 2 ’該限位斜面5 1與該咖 卡固第一擺動件5之兩侧，該抵頂部5 2她 #動體3，在本實施例中，該抵頂部5 2為該第— ▲Π::體成型延伸而出的板體’藉此來卡嶋 ΐ角度設置於該第-擺動件5之一端，且當該支：折: 日:ί二:义;：面】1能抵靠於該支架體2，藉此該限位斜面 動件5支撐的力量，再者，該限位斜面5 1因度的關係能限制該第—擺動件5的擺動範圍。 择二q Γ擺動件6包含有—用以抵頂該滑動本體3之第二 “ ^ 2 ί播板6 1以及由該播板6 1兩側延伸而出的連 i二=亥第二擺動件6外型乃呈現U字型，且該 ϋ動件5可連接於該二連接臂6 2之間， 而古， 有該第二貫穿孔8 4，而透過該桿“ 之間；此；，於該第一擺動件5與該定位結構4 時，為了能_二擺===:::;= M354312 .’該第二擺動件6之長度乃設計大於該第-擺 第-料’藉此長度差距設計，當該第—擺動件5與該 動:第該第二擺動件6能先行抵頂於該 3，形二抵=動^-嶋 另^該第二擺動件6之連接f62復具有—斜面62 上:以一特定角度設置於所述連接臂6 2之-體2田動件6擺動時，該斜面6 2 1抵靠於該支架 讀面621提供該第二擺動件6支樓的力量， 因該特定角度的關係能限制該第二擺動 五^所示，當該核體2直立，由於該第-ί ^與料二擺動件6擺動的連接該桿體8 1，使得_ 二擺動件6因重力作用而自然朝下i ^卡固到該滑動本體3之第一擋止部3 2與; :3，使得該滑動本體3仍可任意㈣該支架體2上^ 隨該滑動本體3上、下雙崎動 日此連帶使該螢幕9 〇月參閱第五B圖所示，而當使去 為了方便收納並減少收納趙積，可吏二==裝時’ :=因而朝向該滑動本體3擺動，由於=二= 長度大於該第-擺動件5的長度，使得該第二擺動= 12 M354312 該第一擺動件5完全抵頂於該滑動本體3。 隨著，該支架體2繼續朝向該座體} 件5於是完全抵頂於該滑動本體3，此時全 動本體3之第—擺動件5與第二擺動件6形成雙方向之擔^ :二3方向之擋止點形成後，使用者只需將該滑動本；The first oscillating member 5 is provided with the second through hole 84, and the second oscillating member 6 is provided with the second through hole 84, and the shank 8 1 Passing through the first through hole 83 and the second through hole 84 to connect the oscillating member 5 and the second oscillating member 6 to expose both ends thereof, whereby both ends of the rod 8 1 can The perforation 8 2 fixed to the positioning structure 4 is = through the above-mentioned connection design 'the first oscillating member 5 and the second oscillating member 6 can swing the rod body 8 1 as a support shaft. The fifth member is a block, and the first swinging member 5 has -1 and - abuts the top portion 5 2 'the limiting slope 5 1 and the sides of the coffee card first swinging member 5, the abutting portion 5 2 In the present embodiment, the abutting top portion 5 2 is the first ▲ Π: body plate extending from the body body, whereby the locking angle is set at the first oscillating member 5 One end, and when the branch: fold: day: ί2: meaning;: face] 1 can abut against the bracket body 2, thereby the strength of the limit ramp moving member 5, and further, the limit slope 5 The relationship of 1 degree can limit the swing range of the first swinging member 5. The second swinging oscillating member 6 includes a second "^ 2 ί playing board 6 1 for abutting against the sliding body 3 and a connecting second and second swings extending from both sides of the playing board 6 1 The shape of the member 6 is U-shaped, and the swaying member 5 is connectable between the two connecting arms 6 2, and the second through-hole 8 4 is passed through the rod "between; In the first oscillating member 5 and the positioning structure 4, in order to be able to _ two pendulum ===:::; = M354312 . 'the length of the second oscillating member 6 is designed to be larger than the first - pendulum - material' By the length difference design, when the first oscillating member 5 and the movement: the second oscillating member 6 can first abut against the 3, the shape of the second yoke = the movement of the second oscillating member 6 The upper surface of the f62 has a beveled surface 62. When the body 2 is disposed at a specific angle to the connecting arm 6 2, the inclined surface 61 2 abuts against the bracket reading surface 621 to provide the second swinging member. The strength of the six towers can be limited by the relationship of the specific angle. When the core body 2 is erected, the rod body 8 1 is connected by the swinging of the first and second material swinging members 6 So that the _ two swinging members 6 are affected by gravity And naturally, the first blocking portion 3 2 and the :3 are fixed to the sliding body 3, so that the sliding body 3 can still be arbitrarily (4) the bracket body 2 is mounted on the sliding body 3 This will bring the screen to the fifth floor in the next month, and when it is made to facilitate storage and reduce the storage of Zhao product, it can be swayed to the sliding body 3 by the following: Since the second = length is greater than the length of the first oscillating member 5, the second oscillating member = 12 M354312. The first oscillating member 5 is completely abutted against the sliding body 3. As a result, the bracket body 2 continues to face the seat body member 5 and then completely abuts against the sliding body 3, at which time the first swinging member 5 of the full-motion body 3 and the second swinging member 6 form a double-direction load: After the stop points of the two 3 directions are formed, the user only needs to slide the slide;
向該座體丄移動，而在移動同時，該滑動本體J 會推動該第一擺動件5遠離該滑動本體3， 、:此讓—動本體3之第—擔止部3 2與該第二擋 動件5 ’直至該第二擔止部3 3抵頂卡固至兮 之〜#而再一次朝該滑動本體3擺動，並且再一力 滑動本體3，使得該滑動本體3之第 亥 擒止部3 3位於該第一擺動件5與第二 =圖，D圖所示)，藉此該滑動本體3之=:= 於該第-擺動件5之抵頂部5 2，而該滑動;】 :完全限制該滑動本體3，亦即該滑動本=:=: -擺動件5與該第二擺動件6之間= 收讓本創作之具雙向擒止結構之折合式支撐架二 方定該滑動本體3，使其無法任意於雙 不動匕連接於料幕固定件7上㈣幕9固定 動，如此可避免榮幕9於搬運時任意滑動受碰撞而損壞。 (隹以上所述僅為本創作之較佳實施例，非意欲偈限本創 ^之專利㈣範圍’故舉凡運用本創作說㈣及圖式内容所 為之等效變化’均_皆包含於本創作之權縣護範圍内， 13 M354312 合予陳明。 【圖式簡單說明】 第一圖係習知支撐架之示意圖。 第二圖係習知支撐架之折合狀態示意圖 第三圖係本創作之具雙向擋止結構之折合式支撐架之立體示 意圖。 第四A圖係本創作之具雙向擋止結構之折合式支撐架之局部 φ 結構分解示意圖。 第四B圖係本創作之具雙向擋止結構之折合式支撐架之另一 角度局部結構分解示意圖。 第五A圖係本創作之具雙向擋止結構之折合式支撐架之使用 狀態示意圖。 第五B圖係本創作之具雙向擋止結構之折合式支撐架之另一 使用狀態示意圖。 第五C圖係本創作之具雙向擋止結構之折合式支撐架之又一 • 使用狀態示意圖。 第五D圖係本創作之具雙向擋止結構之折合式支撐架之又一 使用狀態示意圖。 【主要元件符號說明】 (習知） 1 a底座 2a支撐架 2 1a第一連接部 2 11a 定位孔 14 M354312 2 2a第二連接部 2 2 1a固定孔 3 a 定位元件 4 a平面顯示器 (本創作） 1 座體 2 支架體 • 21 彎折板體 22 滑槽 3 滑動本體 3 1 滑塊 3 2 第一擋止部 33 第二擋止部 4 定位結構 5 第一擺動件 • 51 限位斜面 5 2 抵頂部 - 6 第二擺動件 6 1 擋板 6 2 連接臂 6 2 1 斜面 7 螢幕固定件 8 連接結構 15 M354312 8 1 桿體 8 2 穿孔 83 第一貫穿孔 84 第二貫穿孔 9 螢幕Moving to the seat body, while sliding, the sliding body J pushes the first swinging member 5 away from the sliding body 3, the first supporting portion 3 2 and the second of the moving body 3 The stopper 5' is swinged to the sliding body 3 again until the second supporting portion 3 3 is locked to the top of the sliding body 3, and the body 3 is further slid, so that the sliding body 3 is The stopping portion 3 3 is located at the first oscillating member 5 and the second = diagram, as shown in FIG. 4), whereby the sliding body 3 =:= is at the top portion 5 2 of the first oscillating member 5, and the sliding; 】 : completely restricts the sliding body 3, that is, the sliding book =:=: - between the oscillating member 5 and the second oscillating member 6 = the folding support frame of the two-way shackle structure of the present creation The sliding body 3 is configured to be fixedly attached to the screen fixing member 7 by the double fixed door 7 (4), and the screen 9 is prevented from being damaged by any sliding sliding during transportation. (The above is only the preferred embodiment of this creation, and it is not intended to limit the scope of the patent (4) of this creation. The use of this creation (4) and the equivalent content of the schema content are included in this Within the scope of the creation of the county, 13 M354312 is given to Chen Ming. [Simple description of the diagram] The first picture is a schematic diagram of the conventional support frame. The second picture is the schematic diagram of the folded state of the conventional support frame. The three-dimensional diagram of the folded support frame with the two-way stop structure. The fourth A picture is a partial φ structure decomposition diagram of the folded support frame with the two-way stop structure of the present invention. The fourth B picture is a two-way diagram of the creation. A schematic diagram of another angle partial structure of the folded support frame of the stop structure. Fig. 5A is a schematic view showing the use state of the folded support frame with the two-way stop structure of the present invention. A schematic view of another use state of the folded support frame of the stop structure. The fifth C picture is another schematic view of the use of the folded support frame with the two-way stop structure. The fifth D picture is the creation of the present Schematic diagram of another use state of the folding support frame with two-way stop structure. [Main component symbol description] (conventional) 1 a base 2a support frame 2 1a first connection portion 2 11a positioning hole 14 M354312 2 2a second connection Part 2 2 1a fixing hole 3 a positioning element 4 a flat display (this creation) 1 seat 2 bracket body • 21 bent plate 22 chute 3 sliding body 3 1 slider 3 2 first stop 33 second Stopper 4 Positioning structure 5 First swinging member • 51 Limiting ramp 5 2 Abutting top - 6 Second swinging member 6 1 Baffle 6 2 Connecting arm 6 2 1 Inclined surface 7 Screen mount 8 Connection structure 15 M354312 8 1 rod Body 8 2 perforation 83 first through hole 84 second through hole 9 screen
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