1272008 九、發明說明： 【發明所屬之技術領域】 本發明係有關於顯示裝置，尤其係指一種顯示裝置之支撐結 構0 【先前技術】 顯示裝置技術的發達，促使傳統使用陰極射線管（Cath〇de Ray Tube，CRT)結構之顯示器已逐漸被輕薄短小的平面顯示器所取 代，例如：液晶顯示器ttiquid Crystal Display，LCD)，電漿 顯示器（Plasma Display Panel，PDP)等，均具備體積縮小，重量 、交輕之優點’因此逐漸成為消費者在購買顯示器時重要參考指標。 請參閱第1圖所示係為習知顯示裝置支擇結構爆炸圖，底: 11内部配置複數螺孔112a，-底板12表面配置有對應於螺孔此 之孔洞121a ’並用以提供複數螺栓Ula穿透孔洞ma連接鎖合 於底座11之螺孔112a内，-樞接板13 一端配置有凸肋134，凸 肋134表面具有複數螺孔132b用以連接鎖合於底座u及底板a 相對應之螺孔112a ’該樞接板13表面配置有複數孔洞_，提 供螺栓131b穿透鎖合於祕蓋14之螺孔收内，為使支擇結構 具有足夠強度固定顯示螢幕，必須增加螺孔ma之鎖固深度，造 成底座η厚度增加，並許多螺孔峨貞合，造成讀結構體 積變大，組裝程序繁複。 口此如何減J人工或機具方式鎖固支揮結構上複雜之螺 孔’同時亦能兼顧支撐結構高強度及整體厚度薄型化之特性，實 1272008 為一極欲克服之技術。 【發明内容】 本發明之一目的，係提供一種顯示裝置之支撐結構，利用底 座容置槽側邊之卡勾模組，將底板傾斜滑入於容置槽内部，透過 簡易卡合設計快速組裝，避免過多螺栓鎖固之繁複程序，並降低 基座整體厚度。 本發明之另一目的，係提供一種顯示裝置之支撐結構，利用 鲁 簡易卡扣結構將樞接板，第^^合元件及第二卡合元件緊密組合 成樞接模組，簡化樞接模組組合方式，並將顯示螢幕外接線路容 置於第二卡合元件，避免接線外露造成灰塵累積於電線表面。 為達上述目的，本發明顯示裝置之支撐結構係包括一基座及 ‘一樞接模組，該基座具有底航絲，轉麵係雜接板、第 -卡合件及第二卡合元件組成，其係於底座之底面形成容置 槽，容置槽側邊具有-卡勾模組，利用卡勾模組之第一卡勾及第 φ 一卡勾固定底板，樞接模組-端配置凸肋用於連結基座，另一端 配置支撐板鎖合於顯示裝置背面，樞接额之難板，第一卡合 兀件及第—卡合具有㈣卡勾結構，將樞接模組緊密卡制定位， ，加強支撐結構強度。 k目的’特徵和優點能更明顯易懂， 並配合所附圖示做詳細說明。 減少螺栓配置數量，降低基座整體厚度 為使本發明之上述及其他目的，特 下文特舉具體之較佳實施例， 【實施方式】 的所採用之技術手段及其餘功效， 有關本發明為達到上述目 1272008 茲配合較佳實施例及圖式加以說明如下： 凊芩閱第2圖所示係為本發明顯示裝置支撐結構爆炸圖， 本支撐結構1之基座2包括：一底座21及一底板23，其底座21 底面形成一谷置槽22 ’其容置槽22側邊配置之卡勾模組24具有 第一卡勾241及第二卡勾242，一底板23以傾斜滑入方式，沿第 .一卡勾241之傾斜表面241 a及第二卡勾242之水平導引平面242a 滑入於容置槽22内部，並以第一卡勾241及第二卡勾242固定底 鲁板23，一樞接模組3利用樞接板31、第一卡合元件32及第二卡 合元件33組合而成，樞接板31 —端配置凸肋313，其凸肋313 表面具有複數螺孔311對應於底座21之連接座211及底板平面上 之連接孔231，利用螺栓鎖合連接孔231、連接座211及螺孔311， •將樞接模組3與基座2緊密連接鎖合，樞接模組3之另一端配置 支撐板4,以螺栓鎖固方式將支撐板4鎖合於顯示裝置背面，樞接 模組3之樞接板31具有複數勾槽312,第一^^合元件32具有複數 _與該勾槽312相配合之勾肋321，藉以固定第一卡合元件32於樞 接板31上，第一卡合元件32另具有複數凸點322，第二卡合元件 33具有複數與凸點322相配合之卡槽331，藉以固定第二卡合元 件33於第-卡合元件32上，利用簡易卡扣裝置將底座21及底板 23卡合定位，降低基座2整體厚度，使支撐結構基座薄型化，同 日夺將编板3卜第一卡合元件32及第二卡合元件33卡扣成為穩 目之樞接模組3，再以凸肋313緊密鎖附於基座2，形成緊密卡制 之支撐結構，使顯示裝置結構強度更加穩固。1272008 IX. Description of the Invention: [Technical Field] The present invention relates to a display device, and more particularly to a support structure of a display device. [Prior Art] The development of display device technology has prompted the conventional use of a cathode ray tube (Cath〇). De Ray Tube, CRT) structure displays have gradually been replaced by thin and light flat display, such as: liquid crystal display (Ttiquid Crystal Display, LCD), plasma display (PDP), etc., all with reduced size, weight, The advantage of paying for light' has therefore become an important reference indicator for consumers when purchasing displays. Referring to FIG. 1 , it is an exploded view of a conventional display device. The bottom: 11 is internally provided with a plurality of screw holes 112a. The surface of the bottom plate 12 is provided with a hole 121a corresponding to the screw hole and is used to provide a plurality of bolts Ula. The through hole is connected to the screw hole 112a of the base 11. The one end of the pivoting plate 13 is provided with a rib 134. The surface of the rib 134 has a plurality of screw holes 132b for connecting and locking to the base u and the bottom plate a. The screw hole 112a' is disposed with a plurality of holes _ on the surface of the pivoting plate 13 to provide a bolt 131b for penetrating into the screw hole of the secret cover 14. In order to make the supporting structure have sufficient strength to fix the display screen, the screw hole must be added. The locking depth of ma causes the thickness of the base η to increase, and many screw holes are combined, resulting in a larger reading structure and complicated assembly procedures. How can I reduce the complexity of the screw hole on the structure of the manual or the tool? It can also take into account the high strength of the support structure and the thinness of the overall thickness. 1272008 is a technology to be overcome. SUMMARY OF THE INVENTION An object of the present invention is to provide a support structure for a display device, which utilizes a hook module on the side of a receiving groove of a base to slide the bottom plate into the accommodating groove and quickly assemble through a simple snap fit design. To avoid the complicated procedure of excessive bolt locking and reduce the overall thickness of the base. Another object of the present invention is to provide a support structure for a display device, which utilizes a simple buckle structure to closely combine a pivot plate, a first component, and a second snap component into a pivot module, thereby simplifying the pivot mode. The combination mode and the display external circuit line are placed in the second clamping component to prevent dust from accumulating on the surface of the wire. In order to achieve the above object, the support structure of the display device of the present invention comprises a base and a pivoting module, the base has a bottom flying wire, the rotating surface is a miscellaneous plate, the first engaging member and the second engaging portion. The component is formed on the bottom surface of the base to form a receiving slot, and the side of the receiving slot has a hooking module, and the first hook and the first hook of the hooking module are used to fix the bottom plate, and the pivoting module - The end configuration rib is used for connecting the base, and the other end is provided with a support plate locked to the back of the display device, and the pivotal connection is difficult. The first engaging member and the first engaging member have (4) a hook structure, and the pivoting module is The group is tightly positioned to strengthen the strength of the support structure. The k features and advantages can be more clearly understood and detailed with the accompanying drawings. The above-mentioned and other objects of the present invention are reduced by reducing the number of bolts and reducing the overall thickness of the pedestal. The specific technical embodiments and the remaining functions of the present invention are specifically described below. The above-mentioned item 1272008 is described with reference to the preferred embodiment and the following figures: FIG. 2 is an exploded view of the support structure of the display device of the present invention, and the base 2 of the support structure 1 includes: a base 21 and a The bottom plate 23 has a bottom groove 22 formed on the bottom surface thereof. The hook module 24 disposed on the side of the receiving groove 22 has a first hook 241 and a second hook 242. The bottom plate 23 is inclined to slide in. The horizontal guiding plane 242a of the first hook 241 and the horizontal guiding plane 242a of the second hook 242 are slid into the accommodating slot 22, and the first hook 241 and the second hook 242 are fixed to the bottom slab. 23, a pivotal module 3 is formed by a combination of a pivoting plate 31, a first engaging component 32 and a second engaging component 33. The pivoting plate 31 is provided with a rib 313 at its end, and the surface of the rib 313 has a plurality of snails. The hole 311 corresponds to the connecting seat 211 of the base 21 and the plane of the bottom plate The hole 231 is connected by a bolt to the connecting hole 231, the connecting seat 211 and the screw hole 311. The pivoting module 3 is tightly coupled to the base 2. The other end of the pivoting module 3 is provided with a supporting plate 4 to The bolt locking method locks the support plate 4 to the back of the display device. The pivoting plate 31 of the pivoting module 3 has a plurality of hook grooves 312, and the first coupling member 32 has a plurality of hooks matched with the hook groove 312. The rib 321 is configured to fix the first engaging component 32 on the pivoting plate 31. The first latching component 32 further has a plurality of bumps 322. The second latching component 33 has a plurality of latching slots 331 matched with the bumps 322. Therefore, the second engaging element 33 is fixed on the first engaging element 32, and the base 21 and the bottom plate 23 are engaged and positioned by the simple snap device, thereby reducing the overall thickness of the base 2 and making the support structure base thinner. The first engaging element 32 and the second engaging element 33 are buckled into a stable pivoting module 3, and then tightly locked to the base 2 by the rib 313 to form a tightly-knitted supporting structure. Make the structural strength of the display device more stable.
21側邊之第一-^勾241為傾斜表面241a，第二卡勾242為水平導 引平面242a，利用卡勾元件短距離導引截面設計，達成將底板23 1272008 打閱第Μ圖所示係本發嶋分解立體圖，其卡勾模 、、刀別配置弟一卡勾241及第二卡勾242，鮮第一卡勾241 編軸編_。第：卡樣與底板四接 萄面係為水平導引平面池，#欲使底板Μ卡合於底座Μ時， 23以傾斜滑入方式沿第二卡_水平導引平面馳 3、β於谷置;22’而後再沿第一卡勾241之傾斜表面2也將絲 23廢入於容置槽22内部，卡勾模組24之特殊截面設計，將 底板23確實固定於底座21内緣，避免習知結構將基座表面複數 螺才王逐一鎖合之程序，元件組合方便快速。 睛茶閱第3B目所示係本發明基座A—a、線剖面圖，其底座 確實固定於底座21之功效，減少底座21體積及高度，降低基座 整體厚度。 請參閱第4圖所示係本發明樞接模組分解立體圖，該樞接 模組3利用樞接板31、第一··^合元件32及第二卡合元件33組合 而成，第一卡合元件32係為一前殼蓋，而第二卡合元件33係為 一集線盖’框接模組3之框接板31具有複數勾槽312，第^—^合 元件32具有複數與該勾槽312相配合之勾肋321，藉以固定第一 卡合元件32於樞接板31上，第一卡合元件32另具有複數凸點 322，第二卡合元件33具有複數與凸點322相配合之卡槽331，藉 1272008 以固定第二卡合元件33於第—_. 外，將樞接拓31 —上卡口牛2上’透過簡易卡扣設 汁…妾板31、弟一卡合元件犯及第 緊密之樞接模組3，並利 耕33、.且&成為 示#置外接# —以件33之躲蓋功效容置顯 a卜接之鱗’贼魏隨絲佈 成灰塵累積於線路表面。 "曰财進而仏 請參閱第5圖所示係本發明支撐結構正面側向立體圖，當 =置5組合於支撐結構1時，由於基座2具有薄型化之特徵， 因此基座2與顯示裝置5間具有較大雜提供難6及滑鼠等相 關附屬元件置放。 月少閱第6圖所不係本發明支樓結構背面側向立體圖，當 欲將支樓結構i鎖固連接於顯示裝置5時，以樞接模組3 一端配 置之支撐板4鎖σ於顯讀置5背面5卜使顯示裝置5與支撐結 構1間緊㉙、連接，形成—結構穩固之顯示裝置支撐結構。 练口上述’本發明係提供一種顯示裝置之支撐結構，利用底 座底面容置槽側邊配置之卡勾模組，_板傾斜滑人於該容置槽 内部，形成緊密卡合之基座，便於快速組裝，避免螺栓鎖固之繁 複程序’並降低基座整體厚度。 另配合樞接板、第—卡合元件及第二卡合元件組成之緊密樞 接杈組，並於樞接模組一端配置凸肋，利用凸肋將枢接模組及基 座緊始、連接，樞接模組之另一端配置支撐板，用於連接顯示螢幕 背面，形成結構穩固之顯示裝置支撐結構。 1272008 【圖式簡單說明】 弟1圖 係習知顯示裝置支撐結構爆炸圖 第2圖 係本發明顯示裝置支撐結構爆炸 第3A圖 係本發明基座分解立體圖 弟3B圖 係本發明基座A-A線剖面圖 第4圖 係本發明樞接模組分解立體圖 弟5圖 係本發明域結構正面側向 【主二構背面惻_ 底座 11 底板 12 樞接板 13 前殼蓋 14 螺栓 Ilia 螺孔 112a 孔洞 121a 螺栓 131b 螺孔 132b 孔洞 133b 以上所述’僅用以方便說明本發明之較佳實施例，本發明之 範圍不限於該等較佳實施例，凡依本發明所做的任何變更，於不 脫離本發明之精神下，皆屬本發财請專利範圍。The first side of the 21 side is a slanted surface 241a, and the second hook 242 is a horizontal guiding plane 242a. The short-distance guiding section design of the hook element is used to achieve the bottom plate 23 1272008. The stereoscopic picture of the hairpin is decomposed, and the card is stamped, the knife is configured with a card hook 241 and the second card hook 242, and the fresh first card hook 241 is programmed. The first: the card sample and the bottom plate are the horizontal guiding plane pool. When the bottom plate is to be engaged with the base frame, 23 is inclined to slide along the second card_horizontal guiding plane to move 3, β. The sloping surface 2 of the first hook 241 also wastes the wire 23 into the accommodating groove 22, and the special cross-section design of the hook module 24 securely fixes the bottom plate 23 to the inner edge of the base 21. In order to avoid the conventional structure, the multi-spinning of the pedestal surface can be locked one by one, and the component combination is convenient and fast. The eye tea is shown in Fig. 3B, which is a cross-sectional view of the base A-a of the present invention, and the base is fixed to the base 21, reducing the volume and height of the base 21, and reducing the overall thickness of the base. FIG. 4 is an exploded perspective view of the pivoting module of the present invention. The pivoting module 3 is formed by combining a pivoting plate 31, a first component 32, and a second engaging component 33. The engaging component 32 is a front cover, and the second engaging component 33 is a collecting cover. The frame connecting plate 31 of the frame module 3 has a plurality of hook grooves 312, and the first component 32 has a plurality of The hook groove 312 is matched with the hook rib 321 to fix the first engaging component 32 on the pivoting plate 31. The first engaging component 32 further has a plurality of bumps 322, and the second engaging component 33 has a plurality of bumps and bumps. 322 matching card slot 331, by 1272008 to fix the second engaging component 33 to the first -_., the pivoting extension 31 - the upper bayonet cattle 2 'through the simple buckle to set the juice ... the board 31, brother A snap-in component commits the tight pivoting module 3, and the ploughing of 33, and & becomes the #置外接# - the occlusion effect of the piece 33 is accommodating the scale of the 卜 贼 随 随 随 随Dust accumulates on the surface of the line. "曰财 Further, please refer to Fig. 5 is a front side perspective view of the support structure of the present invention. When the combination 5 is combined with the support structure 1, since the base 2 has a thin profile, the base 2 and the display The device 5 has a large miscellaneous supply and a related accessory component such as a mouse. Figure 6 is not a side perspective view of the back of the structure of the present invention. When the support structure i is to be locked and connected to the display device 5, the support plate 4 disposed at one end of the pivotal module 3 is locked. The display device 5 is connected to the support structure 1 and connected to form a structurally stable display device support structure. The present invention provides a support structure for a display device, and a hook module disposed on the side of the bottom of the base receiving groove is used, and the plate is tilted and slipped inside the receiving groove to form a tightly-fitted base. It is easy to assemble quickly, avoiding the complicated procedure of bolt locking 'and reducing the overall thickness of the base. The utility model is further provided with a close pivoting cymbal group composed of a pivoting plate, a first engaging component and a second engaging component, and a rib is arranged at one end of the pivoting module, and the pivoting module and the pedestal are pressed by the rib, The other end of the pivoting module is provided with a supporting plate for connecting the back surface of the display screen to form a structural support structure of the display device. 1272008 [Simplified illustration of the drawing] Brother 1 is a conventional display device supporting structure explosion diagram 2 is a display device supporting structure explosion of the present invention, FIG. 3A is a pedestal exploded perspective view of the present invention, 3B drawing, a pedestal AA line of the present invention 4 is a cross-sectional view of the pivoting module of the present invention. The front side of the structure of the present invention is laterally oriented [main two-back 恻 _ base 11 bottom plate 12 pivot plate 13 front cover 14 bolt Ilia screw hole 112a hole 121a bolt 131b screw hole 132b hole 133b is described above for convenience of description of preferred embodiments of the present invention, and the scope of the present invention is not limited to the preferred embodiments, and any changes made in accordance with the present invention are not Without departing from the spirit of the present invention, it is within the scope of the present patent application.
11 127200811 1272008
凸肋 134 螺孔 142c 支撐結構 1 基座 2 枢接松組 3 支撐板 4 顯示裝置 5 背面 51 鍵盤 6 底座 21 連接座 211 容置槽 22 底板 23 連接孔 231 卡勾模組 24 第一卡勾 241 傾斜表面 241a 第二卡勾 242 水平導引平面 242a 柩接板 31 螺孔 311 12 (l 1272008 勾槽 312 凸肋 313 第—合元件 32 勾肋 321 凸點 322 第二卡合元件 33 卡槽 331Rib 134 Screw hole 142c Support structure 1 Base 2 Pivot loose group 3 Support plate 4 Display device 5 Back 51 Keyboard 6 Base 21 Connection seat 211 accommodating groove 22 Base plate 23 Connection hole 231 Hook module 24 First hook 241 inclined surface 241a second hook 242 horizontal guiding plane 242a splicing plate 31 screw hole 311 12 (l 1272008 hook groove 312 rib 313 first engaging element 32 hook rib 321 bump 322 second engaging element 33 card slot 331
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