M313249 八、新型說明： 【新型所屬之技術領域】 • 本創作係關於一種平面顯示裳置。 【先前技術】 、目前平面顯林置係_林體財撐該齡本體的支撐架組 成。為了配合使用者，支撐架和顯示本體通常由拖接方式連接，其拖 接處設置有可以使顯示賴旋轉之結構，此結構可便於使用者在一定 籲範圍帽鶴林體與支辟讀斜肖度，_整至最佳視角。 請參閱m，係-種先前技術平面顯示裝置之立體示意圖。平面顯 示裝置i包括-顯示本體12、一支撐該顯示本體12之支娜3及一底座 17。該支撐架13立於該底座17上，二者為—體成型。 —該顯示本體U與該支樓架U樞接，其柩接軸(未標示)水平，該顯 不本體12可相對該樞接軸旋轉，即，使該顯示本體以各種傾斜角度 顯示。 平面顯不裝置1之該支樓架13與該底座17之一體化設計，雖使 該平面顯不裝置i擺放平穩，但其顯示方式死板，顯示本體僅能繞 樞接軸在支撐架13上_，不能滿足使用者對平面顯示裝置i多種視 角之需求，且該底座17與該支料13既不能拆卸，亦不能隱藏，占 用較大空間，在運輸過程中，很不方便。 【新型内容】 有L於上述内谷，提供一種有多視角之平面顯示裝置實為必要。 -種平面顯示裝置，其包括—顯示裝置本體與—腳架。該腳架包 M313249 括一底座、一支撐架、一第一樞軸與一按鈕式鎖套結構。該按鈕式鎖 -套結構包括一第二樞軸，該顯示本體藉由該第一樞軸與該支撐架樞 接，該支#架齡該第二樞軸與該底餘接，鮮—_平行於該第 二樞軸。該她式鎖套結構可將該支撐架呈預設之角賴定於該底座 上。 相較於先前技術’該平面顯示裝置之底座與支撐架呈預設之角度 固疋’配合平面顯7F裝置之顯示本體以多種視脑示晝面，滿足使用 ®者需求。 【實施方式】 縣晒2，係本創作平面顯示裝置—較佳實施方式之立體示意 圖。該平關示裝置2包括-讀呈矩狀顯示本體22與―支擇並固 定該顯示描22之腳架23。_示本體22可以域晶顯示器。 該顯示本體22包括-顯示面221、一背殼222、一電路板(不可 見）、-信號線223、-電源、線224及二塑膠塾225。該顯示面221 與該_ 222相對。該二塑膠墊225設置於該顯示本體22底部邊緣。 該背殼222包括-向外凸出之矩形凸出部挪及一與該凸出部 226相鄰且向内凹陷之矩形凹陷部瓜。該凸出部]相鄰該凹陷部 227之侧面具有間‘又置之：接口（圖未示），頂面对複數螺孔迦。 該凹陷部22?包括位於遠離該凸出部挪之二μ處且彼此相對設置 之二固定端228。 該電路板收容於該凸出部226内，該信號線223及該電源線级 經由該二接口與該電路板電性連接，並露於該顯示本體22外。 M313249 • 該腳架23包括一支樓架25及-與該支撐架25樞接之底座27。 .該支樓架25之長度小於該固定端228到該凸出部226之垂直距離；其 ，寬度小於該二固定端228間之距離及該二接口間之距離。 請-併參_ 3與圖4 ’圖3係該平面顯示裝置2之該支撐架％ 與該底座27之立齡解示賴，圖4 _支辟％之鎖套結構各組 件分解不意圖。該支撐架25包括一第一樞軸251、—鎖套結構说、 -支撐體255及-殼體257。該第一柩軸251與該鎖套結構况分別 •設置於該支撐體255之兩端，該殼體π收容並保護該第一插轴况、 該支樓體255及該鎖套結構253。該支撐架^藉由該鎖套結構况应 該底座27樞接，藉由該第一樞軸251與該顯示本體22框接。其中了 該第一樞軸251樞接於該二固定端228上。 該鎖套結構253為按紐式鎖套結構，其包括一第二枢轴加、二 相對之旋臂267、260及i載體269。該二旋臂267、26〇分別設置 於該支撐體255末端’並藉由該第二樞軸261與該承載體汹拖接。 該第二樞軸261包括-按紐262、一回動彈簧263、—轉轴施 及-岐鎖265。該固定銷265包括一外半徑為^之圓環細及一自 該圓環265i之邊緣垂直延伸出之綱觀。該轉轴施由同心且依 次相連之五部份組成：-螺紋柱361、一間隔部362、—粗轴地、一 扁軸364及一與該餘262相連接之細轴撕。該間隔部362、該粗軸 363、該細㈣三者之直徑㈣小排列。該扁細之外輪靡小於 該粗轴363之外輪廓且大於該細軸365之外輪廓。 該旋臂267包括-貫穿其中間之一第一通孔施、—第一定位孔 M313249 266 弟二定位孔施及一第三定位孔2662。該三定位孔266、遍、 :勒魏該第-通孔施分佈，並以其中心為圓心…為半徑依序排 '列，該第-定位孔266及該第二定位孔繼與該第一通孔之中心 連線所成之角度為45。、該第二定位；^ 芬兮⑪ ^ 弋仪孔2661及該第三定位孔2662與 該第—通孔268之中心連線所成之角度為9〇。。該第一通孔施直徑 與該粗軸363直徑基本相同。 山該承載體269包括二相對之鎖轴端291、—承载部观及二凸出 端293。二凸出端293分別位於該承載部292之二端，其侧面呈u形。 該二鎖轴端291分別位於該凸出端293與該承载部观之間，其一鎖 軸端291中央設置與該扁軸364相匹配之一扁孔29〇。 '址裝後，該二旋臂267、260置於該承載部292上，同時置於該二 鎖軸端291之内侧。該轉軸264與該第一樞轴251平行。該粗轴紹 置於該第-通孔268内，該扁軸364置於該爲孔29〇内，該扁孔· 之轉動可帶動該轉轴264轉動。該回動彈簧263於該凸出端293内， 套於該轉軸264之細軸365 -端。該按叙262相鄰該回動彈簧263與 該細軸365連接。該圓環2651套於該螺紋柱361上並與之鎖固，該銷 端2652可置於該第-定位孔266《該第二定位孔2661或該第三定位 孔2662。按下按鈕262 ’該轉轴264帶動該銷端2652脫離該三定位孔 266、2661、2662，該支撐架25與該底座27可在該轉軸264上旋轉。 彈開知:紐262，銷端2652置於該三定位孔266、2661、2662中其一之 疋位孔内’使§玄支撑架25與該底座27呈預設之45。、90。、180。角度 固疋。另，可於該一旋臂267、260之端部或於該承載部292與該二旋 M313249 ? 267 26〇相對應處增加一墊片（圖未示），以減小磨損。 、該底座27包括—對稱且呈L形之腳座279。該腳座279 -端包括 合腔272及與該谷腔272相鄰之缺口 卜該二容腔说相對設 置’每-容腔272之側面開口大體呈方形，並收容該鎖套結構253之 -凸出端293以固定該鎖套結構253。其中一與該按紐观相對應之 二腔272上设有-第二通孔273。該鎖套結構253之按姜丑默經由該 第-通孔273路出。該二缺口 271分別與該信號線及該電源線挪 _相對應。 該底座27與該鎖套結構253所形成之u形半包圍空間對應於該 凸出。P 226之外形’可包圍該凸出部226之三側，而該底座^所占面 積小於該顯示本體22射面積。該底座27厚度小於該凸出部226之 凸出南度。 +該平面顯示裝置2之腳架23有各種使用狀態來滿足使用者的不同 1要如狀悲.5青參閱圖2,按下按叙262,使該轉轴撕帶動該銷 鈿。2脫離該_疋位孔266、2661、2662旋轉，調節該底座π與該 支辟25呈45。。彈開按钮262，該轉軸264帶動該銷端搬插入該 第一定位孔266内，則使該底座27與該支撐架％保持該種狀態。該 底座27支撐該支撐架25，該支撐架2S支樓該顯示本體22。該顯示本 體22繞該第一樞軸251旋轉，為使用者提供-便於觀看之視角。 再如狀L— . δ月-併參閱圖5與圖6 ’圖5係該底座27與該支樓 架25近似呈一平面之狀態示意圖。圖6係該平面顯示裝置2之腳架 23摺疊狀態時之立體示意圖。延續圖2狀態下，按下按紐脱，使該 M313249 轉軸264帶動該銷端2652旋轉，調節該底座27，使該底座27與該支 樓架25呈180。，近似于一平面内。彈開按紐遍，使該銷端2652插 入該第二定位孔2661内，則使該底座27與該支撐架25保持該種狀 悲。再旋轉該支撐架25使該支撐架25與該顯示本體22近似平行，且 與該背殼222相鄰。此時，該平面顯示裝置2之底座27所形成之半包 圍空間收容該凸出部226，該支撐架25收容於該凹陷部227内。該信 號線223與該電源、線224之一部份收容於該底座27之二缺口 271内。 另如狀恶二··請參閱圖7，係該底座27之二端與二塑膠墊225共 同支撐該平面顯示裝置2之立體示意圖。延續圖6狀態下，按下按紐 62使該轉軸264 f動該銷端2652脫離該三定位孔266、2661、2662 旋轉向下方疋轉該底座27，使該支撐架25與該底座27纟9〇。，彈開 按紐262使該鎖& 2652插入該第三定位孔2662 Θ，則使該底座27 與該支撐架25簡_絲。職座27之二端與賴示本體 22之二 塑膠塾225共同支禮該平面顯示裝置2,方便視線位置較低之使用者。 ' h平面,,,、員示裝置2之底座27與支標架叾各種視角固定，可實 平』丁裝置之夕種視角.一常規式，見狀態一；二腳架^隱藏式， 見狀態二；三顯林體22與底座27之二端制切整狀，見狀態 二。為使用者提供多種視角，滿足不同使用者之多種需求。另，該凸 出部226上之螺孔229酉己合牆上之翁可將該平面顯示裝置2固定於 牆上，滿足壁挂觀看之需求。 &綜上所述，本創作確已符合新型專利之要件，美依法提出專利申 喷。惟’以上所述者僅為本創作之較佳實施方式，本創作之範圍並不 11 M313249 以上述實财式為限，舉凡純本紐藝之人士援依本 作之等=修飾或變化’皆應涵蓋独下申請專機㈣。…所 【圖式簡單說明】 圖1係-種输技術平面顯示裝置之立體示意圖。 =穌創作平_轉置—較佳實施方式之立體示意圖。 =糸圖2所不平面顯示裝置之支撐架與底紅立體分M313249 VIII. New description: [New technical field] • This creation is about a flat display. [Prior Art] At present, the flat-lined forest system is composed of a support frame for the body of the age. In order to cooperate with the user, the support frame and the display body are usually connected by a drag connection, and the structure of the tow joint is provided with a structure that can rotate the display, and the structure can facilitate the user to bend the forest and support the reading angle in a certain degree of appeal. Xiaodu, _ to the best perspective. Please refer to m, a perspective view of a prior art flat display device. The flat display device i includes a display body 12, a support 3 supporting the display body 12, and a base 17. The support frame 13 stands on the base 17, and the two are integrally formed. - The display body U is pivotally connected to the support frame U, and its splicing shaft (not shown) is horizontal, and the display body 12 is rotatable relative to the pivot axis, that is, the display body is displayed at various inclination angles. The integrated design of the truss 13 of the flat display device 1 and the base 17 allows the flat display device to be placed smoothly, but the display mode is rigid, and the display body can only be pivoted about the support frame 13 The above-mentioned _ can not satisfy the user's need for a plurality of viewing angles of the flat display device i, and the base 17 and the support 13 can neither be disassembled nor hidden, occupying a large space, and is inconvenient during transportation. [New content] It is necessary to provide a flat display device with multiple viewing angles in the above-mentioned inner valley. A flat display device comprising: a display device body and a tripod. The tripod bag M313249 includes a base, a support frame, a first pivot shaft and a push button lock sleeve structure. The button-type lock-sleeve structure includes a second pivot shaft, and the display body is pivotally connected to the support frame by the first pivot shaft, and the second pivot shaft is connected to the bottom, and the fresh-_ Parallel to the second pivot. The her-type lock sleeve structure can position the support frame at a predetermined angle on the base. Compared with the prior art, the base of the flat display device and the support frame are at a predetermined angle, and the display body of the flat display 7F device is provided with a plurality of visual heads to meet the needs of the user. [Embodiment] The county 2 is a perspective view of a preferred embodiment of the present invention. The leveling device 2 includes - reading the rectangular display body 22 and a stand 23 that "selects and fixes" the display. The body 22 can be a field crystal display. The display body 22 includes a display surface 221, a back shell 222, a circuit board (not visible), a signal line 223, a power source, a line 224, and a second plastic file 225. The display surface 221 is opposite to the _ 222. The two plastic pads 225 are disposed on the bottom edge of the display body 22. The back shell 222 includes a rectangular convex portion that protrudes outwardly and a rectangular recessed portion adjacent to the convex portion 226 and recessed inwardly. The protrusions are adjacent to the sides of the recesses 227 and have a gap between them: an interface (not shown), and the top faces a plurality of screw holes. The recessed portion 22 includes two fixed ends 228 located at two points away from the protruding portion and disposed opposite to each other. The circuit board is received in the protruding portion 226. The signal line 223 and the power line level are electrically connected to the circuit board via the two interfaces, and are exposed outside the display body 22. M313249 • The stand 23 includes a stand 25 and a base 27 pivotally coupled to the stand 25. The length of the truss 25 is less than the vertical distance from the fixed end 228 to the protruding portion 226; the width is smaller than the distance between the two fixed ends 228 and the distance between the two interfaces. Please refer to _ 3 and FIG. 4 ′ FIG. 3 is a schematic representation of the support frame % of the flat display device 2 and the base 27, and the components of the lock sleeve structure of FIG. 4 are not intended to be disassembled. The support frame 25 includes a first pivot 251, a lock sleeve structure, a support body 255 and a housing 257. The first boring shaft 251 and the lock sleeve structure are respectively disposed at two ends of the support body 255, and the housing π receives and protects the first plunging shaft condition, the branch body 255 and the lock sleeve structure 253. The support frame is pivotally connected to the base 27 by the lock sleeve structure, and the first pivot 251 is framed with the display body 22. The first pivot 251 is pivotally connected to the two fixed ends 228. The locking sleeve structure 253 is a button-type locking structure comprising a second pivoting pair, two opposing arms 267, 260 and an i-carrier 269. The two arms 267 and 26 are respectively disposed at the end ′ of the support body 255 and are dragged with the carrier 汹 by the second pivot 261. The second pivot 261 includes a button 262, a return spring 263, and a shaft-locking 265. The fixing pin 265 includes a ring having an outer radius of ^ and an outline extending perpendicularly from the edge of the ring 265i. The shaft is composed of five parts that are concentric and connected in sequence: a threaded post 361, a spacer 362, a thick shaft, a flat shaft 364, and a thin shaft tear that is connected to the remainder 262. The spacer portion 362, the thick shaft 363, and the thin (four) three are arranged in a small diameter (four). The flat outer rim is smaller than the outer contour of the thick shaft 363 and larger than the outer contour of the thin shaft 365. The spiral arm 267 includes a first through hole penetrating through the first hole, a first positioning hole M313249 266, and a third positioning hole 2662. The three positioning holes 266, the traverse, the weiwei, the first through hole are distributed, and the center is the center of the circle...the radii are sequentially arranged in a row, and the first positioning hole 266 and the second positioning hole are followed by the first The center of a through hole is formed at an angle of 45. The second positioning; ^ Fen 11 ^ Pu Yi hole 2661 and the third positioning hole 2662 and the center of the first through hole 268 are formed at an angle of 9 〇. . The first through hole diameter is substantially the same as the diameter of the thick shaft 363. The carrier 269 includes two opposing lock shaft ends 291, a load bearing portion and a second projecting end 293. The two protruding ends 293 are respectively located at two ends of the carrying portion 292, and the sides thereof are u-shaped. The two locking shaft ends 291 are respectively located between the protruding end 293 and the bearing portion, and a locking hole end 291 is disposed at the center to match the flat shaft 364 with a flat hole 29〇. After the mounting, the two arms 267, 260 are placed on the carrying portion 292 while being placed inside the two locking shaft ends 291. The rotating shaft 264 is parallel to the first pivot 251. The thick shaft is placed in the first through hole 268, and the flat shaft 364 is placed in the hole 29, and the rotation of the flat hole can drive the rotating shaft 264 to rotate. The return spring 263 is sleeved on the protruding end 293 and sleeved on the thin shaft 365-end of the rotating shaft 264. The return spring 263 is connected to the thin shaft 365 adjacent to the return spring 263. The ring 2651 is sleeved on the threaded post 361 and can be locked thereto. The pin end 2652 can be placed in the first positioning hole 266, the second positioning hole 2661 or the third positioning hole 2662. Pressing the button 262', the rotating shaft 264 drives the pin end 2652 away from the three positioning holes 266, 2661, 2662, and the support frame 25 and the base 27 are rotatable on the rotating shaft 264. The spring opening 262, the pin end 2652 is placed in one of the three positioning holes 266, 2661, 2662, and the pedestal bracket 25 and the base 27 are preset 45. 90. 180. Angle Solid. Alternatively, a spacer (not shown) may be added to the end of the one arm 267, 260 or the bearing portion 292 corresponding to the two-rotation M313249? 267 26〇 to reduce wear. The base 27 includes a symmetrical and L-shaped foot 279. The end of the foot 279 includes a cavity 272 and a notch adjacent to the valley 272. The two cavity is oppositely disposed. The side opening of each cavity 272 is substantially square and accommodates the lock structure 253. The protruding end 293 is for fixing the lock sleeve structure 253. One of the two chambers 272 corresponding to the button view is provided with a second through hole 273. The lock sleeve structure 253 passes through the first through hole 273. The two notches 271 correspond to the signal line and the power line _, respectively. The base 27 and the u-shaped semi-enclosed space formed by the lock sleeve structure 253 correspond to the protrusion. The outer shape of the P 226 can surround the three sides of the protrusion 226, and the area occupied by the base ^ is smaller than the area of the display body 22. The thickness of the base 27 is smaller than the convexity of the protrusion 226. + The stand 23 of the flat display device 2 has various use states to satisfy the difference of the user. 1 It is as if it is sorrowful. 5 See the figure 2, press the button 262 to tear the pin to drive the pin. 2 is rotated away from the _clamping holes 266, 2661, 2662, and the base π is adjusted to be 45 with the branch 25. . The bobbin button 262 is used to drive the pin end into the first positioning hole 266, so that the base 27 and the support frame % are maintained in such a state. The base 27 supports the support frame 25, and the support frame 2S supports the display body 22. The display body 22 is rotated about the first pivot 251 to provide a viewing angle for the user to view. Further, as shown in Fig. 5 and Fig. 6', Fig. 5 is a schematic view showing the state in which the base 27 and the branch frame 25 are approximately in a plane. Fig. 6 is a perspective view showing the state in which the stand 23 of the flat display device 2 is folded. In the state of FIG. 2, pressing the button releases the M313249 shaft 264 to rotate the pin end 2652, and adjusts the base 27 so that the base 27 and the stand 25 are 180. , approximates a plane. When the button is opened, the pin end 2652 is inserted into the second positioning hole 2661, so that the base 27 and the support frame 25 are kept in the same state. The support frame 25 is rotated to make the support frame 25 approximately parallel to the display body 22 and adjacent to the back cover 222. At this time, the semi-enclosed space formed by the base 27 of the flat display device 2 accommodates the protruding portion 226, and the support frame 25 is received in the recessed portion 227. The signal line 223 and a portion of the power source and line 224 are received in the two notches 271 of the base 27. In addition, please refer to FIG. 7 , which is a perspective view of the flat display device 2 supported by the two ends of the base 27 and the two plastic pads 225 . In the state of FIG. 6, pressing the button 62 causes the rotating shaft 264 to move the pin end 2652 away from the three positioning holes 266, 2661, 2662, and rotate the base 27 downward to make the support frame 25 and the base 27 9〇. The pop-up button 262 inserts the lock & 2652 into the third positioning hole 2662 Θ to make the base 27 and the support frame 25 simple. The second end of the seat 27 and the display body 22 bis The plastic 塾 225 jointly supports the flat display device 2, which is convenient for users with low line of sight. ' h plane,,,, the base 27 of the indicator device 2 and the support frame are fixed at various angles of view, and can be used to see the angle of view of the device. For a conventional type, see state one; two legs ^ hidden type, see State 2; the three-display forest body 22 and the base 27 are cut into two ends, see state two. Provide users with a variety of perspectives to meet the diverse needs of different users. In addition, the screw hole 229 on the protruding portion 226 can fix the flat display device 2 to the wall to meet the requirement of wall hanging viewing. & In summary, this creation has indeed met the requirements of the new patent, and the United States has filed a patent application. However, the above is only the preferred implementation of this creation. The scope of this creation is not limited to the above-mentioned real financial style. The person who is purely in this art is assisted by the original = modification or change' All should cover the application for a special plane (4). [Simplified description of the drawings] Fig. 1 is a perspective view of a flat-type display device of a transmission technology. = 造 _ _ _ _ _ _ _ _ _ _ _ _ _ = 糸 Figure 2 is not the flat display device support frame and the bottom red three-dimensional points
係圖3柯斷槪·物H 意圖。斤不千面顯示裝置之底座與支撑架近似呈一平面之狀態示 :7: 2所不平面顯示裝置之腳細疊狀態時之立體示音3 圖7_2所示平 撐該平端細林體之底部共同支 r奸面顯示裝置之立體示意圖。 、门 【主要7L件符號說明】 平面顯示裝置 腳架 底座 背殼 2： 1ί 22] 2 顯示本體 23支撐架 27 顯示面 電源線 凸出部 固定端 第一框車由 支撐體 222信號線 224 塑膠墊 226 凹陷部 228 螺孔 251 鎖套結構 殼體 223 225 227 229 253 257 12 255 M313249 第二枢轴 261 按紐 262 回動彈簣 263 轉轴 264 固定銷 265 第一定位孔 266 旋臂 260 、 267 第一通孔 268 承載體 269 缺口 271 容腔 272 第二通孔 273 腳座 279 扁孔 290 鎖軸端 291 承載部 292 凸出端 293 螺紋柱 361 間隔部 362 粗轴 363 扁轴 364 細軸 365 圓環 2651 銷端 2652 第二定位孔 2661 第三定位孔 2662 13Figure 3 shows the intent of the object. The base of the kilometer display device and the support frame are approximately in a flat state: 7: 2 stereoscopic sounds when the feet of the non-planar display device are in a fine stack state 3 Figure 7_2 shows the flat support of the flat end body A schematic view of the bottom common support surface display device. , door [main 7L symbol description] flat display device tripod base back shell 2: 1ί 22] 2 display body 23 support frame 27 display surface power line protruding part fixed end first frame car by support body 222 signal line 224 plastic Pad 226 recess 228 screw hole 251 lock sleeve structure housing 223 225 227 229 253 257 12 255 M313249 second pivot 261 button 262 return magazine 263 shaft 264 fixing pin 265 first positioning hole 266 arm 260, 267 First through hole 268 carrier 269 notch 271 cavity 272 second through hole 273 foot 279 flat hole 290 lock shaft end 291 bearing portion 292 protruding end 293 threaded post 361 spacer 362 thick shaft 363 flat shaft 364 thin shaft 365 Ring 2651 pin end 2652 second positioning hole 2661 third positioning hole 2662 13