1327658 九、發明說明： 【發明所屬之技術領域】 本發明係提供-種具有旋轉構件之定位裝置，尤指一種可調 整顯示螢幕旋轉範圍之定位裝置。 ° 【先前技術】 平面顯示ϋ為目前日趨流行的—種顯示裝置，其中液晶顯示 器更因為具有外型㈣、耗電量知及無輻射污料特性，故已 被廣幻峨用仙人桌上型電幕以及筆記型電腦、個人數位 助理(PDA)等攜帶式資訊產品上，職大尺寸平面顯μ甚至已有 逐漸取代陰極射線管(Cathode Ray Tube, CRT)監視器及傳統電視 的趨勢。由於顯示裝置對於姿態調整的功能需求日益重要，其中 包含了高低機、傾仰、旋轉等輕功能，為了提供這些調替功 能，勢必需要增加相對之功能結構於顯示裝置上，但若組裝之元 件越夕’也思味著組裝公差之累積越大，而降低製作顯示裝置之 良率。 請參閱第1圖’第1圖為習知一顯示裝置10於不同顯示長寬 比之示意圖。顯示裝置10包含一顯示螢幕12，以及一支架14， 用來支樓顯示螢幕12。使用者可將顯示螢幕12以相對於支架14 旋轉之方式’來達到以不同顯示長寬比觀看顯示螢幕】2之功能。 然而於量產顯示裝置1〇之過程中，常由於組裝公差而致使顯示螢 幕12無法維持一致之水平或垂直角度，如此一來便會造成於水平 5 1327658 模式或垂直模式下顯示螢幕12傾斜—角度，而無法完全水平或垂 直地觀看顯不螢幕12’因社續低了顯示裝置⑴之觀看品質。 【發明内容】 本發明之t請專概嶋揭露—種具核轉構件之定位裝 ^其包含有-S1定件，其具有—弧槽，該弧槽具有—槽道端點， 一定位板’其包含有-定錄，設置於該弧槽内，該定位板係以 可相對於_定件_之方式連接於翻定件，以及—彈性元 ^，設置於該槽道端財且突出於該弧射，該雜元件包含有 一第-臂及-第二臂’該第—臂之—端及該第二f之_端間係形 成-開口 ’制口之寬度制、⑽定位柱之餘，雜—臂及該 第二臂係形成-㈣；其t當該定位柱移_簡道端點時該 第一臂及該第二臂限制該定位柱於該空間中。 本發明之f請專利範_ 露—種具有旋轉構件 置’其包含nm定件，其具有—第—弧槽，轉—弧料 有-第-槽道賴，-齡螢幕…定位板，_ ^ 固定件旋轉之方式連接於該第一固定件，用來承栽該續干^ 該定位板包含有-第-定位柱，設置於該第—弧槽内^2第 一彈性元件，設置於該第一槽道端點旁且突出 該第-彈性元件包含有-第-臂，以及-第二臂臂 之一端與該第二臂之一端間係形成有一第—開口 " > 第—R3 〇 ^ X度係小於該第一定位柱之直徑，該第一臂及 々第二臂間係形成 6 1327658 ·_帛―空間，其中當該第一定錄移動到該第-槽道端點時，該 :第-臂及該第二臂限制該第一定位柱於該第一空間中。 【實施方式】 -凊參閱第2圓，第2圖為本發明-顯示裝置3G之外觀示意圖。 =示裝置30包含-顯示螢幕32，—基座％，以及一粒裝置％。 疋位裝置36之-端係連接於顯示營幕％，定位裝置36之另一端 係連接於基座34。使时可整定健置％以使顯示勞幕 32相對於Z概轉’喊_水平模式或垂直模式觀看顯示登幕 Μ之目的，或可藉由調整定位裝置％以使顯示螢幕幻相對於χ 2旋轉’ _整_螢幕32不同之觀看㈣，或可藉蝴整定位 . 以使顯示螢幕32相對於Υ軸旋轉，以調整顯示螢幕32 =同之觀看仰角’而達到於三軸(χ，χζ)方向調整顯示螢幕32之目 4閱第3圖與第4圖’第3圖與第4圖為本發明定位弟 一^意圖’粒裝置36包含有—第_固耕38，盆上係」 ^ —弧槽40，第—弧槽4G具有—第—槽道端隨以及二 :=2，其中第-槽道端點m系位於第一弧槽4〇之一』 第=槽道端點P2餘於弧槽4G之另1;定位裝置 有—弋位板42，以可相對於第一固定件邛 ' 式連接料1耕3 8，嫩倾42 處鶴 於第-固定件38，以使顯示螢幕Μ可相對於Z轴旋轉接（ 7 丄 包含有n林。_置％另 _在第，第槽 擋元件46用來止抵第—定位_ =^點？1附近時，第-止 出於第一弧㈣中^:，Γ止擋元件46之部份係突 轉之範圍。第-止擋對㈣—岭件38旋 在第一固定㈣上，二2絲可移動之方式設置 藉以改《德板42_於第—岐件 /調整， 襄置36另包含有-第二止擒元件5〇，設置^第。定位 =端點P2旁，第二止擋元件5〇之部份係突出於第^第 备第-定位柱44在第—弧槽4G内_至第二 θ 〇中， 時，第二止擋元件50用來止抵第—定位柱4=附近 42相對於第一固定件％旋轉之範圍。第二止擋^制又位板 絲52，以可移動之方式設置在第一固定件％上 私-螺 第-弧槽4〇的長度係可調整，藉以改變定位板幻相對2突出於 定件38旋轉之限制範圍。定位裝置36另包含有二於第—固 47，設置於第-槽道端點P1旁且突出於第_狐槽4(^彈性元件 ^中™，設置於第二槽道端_旁且;出於第：槽 此外，基座34上設有-第二定位M，定位 有一第二固定件56 ,以可相對於基座34上之軸心、，36另包含 u 〇’處旋轉方式 8 22方式連接於基座34，_二_ 56可雜心0，處枢 壯'土座34 ’以使顯示螢幕32可相對於X轴旋轉。此外，顯示 、置30另包含—雜57，連接於第—峡件％錢第二固定件 -技用來使第-固定件38可相對於第二固定件％旋轉，以使顯 Γ。Γ-321相對於γ轴旋轉’以調整顯示勞幕32不同之觀看仰 54，第件％场m賴58，用來容納第二定位柱 一弧槽58具有—第三槽道端點p3以及一第四槽道端點料， 、中第二槽道端點P3係位於第二 :係位於第二弧槽58之另—端。定位裝置=;槽二 Π::置於第三槽道端點M旁，當第二定位柱54在； 來止抵第二定位柱54，第：=2近時’第三止擋元件60用 兄中，藉以限㈣二固定份做出於第二弧槽 止擋元件6。包含—螺絲62，以可旋轉之則^ %上，_62突·第二動之方式設置在第二固定件 二固定件56相對於基座34轉之= ⑽可’藉以改變第 有-第四止擋元件64，設置於^。定位裝置36另包含 第四止擋耕64之部份係突出於^5^_道端點P4旁’ 54在第二弧槽58内滑動至第四^ a 58中’當第二定位柱 件64用來止抵第二定位柱54, |1以點P4附近時，第四止擋元 座34旋轉之。細止擋“限㈣二固定件56相對於基 方式設置在第二固定件56上，螺包螺絲66，以可移動之 係可調整，藉以改變第二固定.件/、66大出於第二弧槽58的長度 56相對於基座34旋轉之限制範 圍。定位裝Ϊ36另包含 點Ρ3旁且突出於第二3有—第三彈性元件61 ’設置於第三槽道端 於第四槽道端點Ρ4 58中’以及—第四彈性元件65，設置 弩且大出於第二弧槽58中。 請參閱第5圖盘第μ 46藉以限制定位板42=，^^^ 圖，第6圖為第5圖4^1 旋轉之範圍之示意 整之示意圖。^梳第—止擋元件46後齡錄32被調 定位柱44在第 相對於第一固定件38旋轉，以使第一 止擋元件46之螺内滑動至第—槽道端點P1附近時，第-相對於第-固定件狀可止抵第一定位柱44，藉以限制定位板犯 之料48以^ 轉之範圍。故可藉由旋轉第一止擋元件46 且遮蔽於第-弧_之長度，如第5圖 44於第-弧槽旋人—行程D時，第一定位柱 改變，而使Π〜 附近之滑動極限點則會有所 針方向調整了 ^位柱44姉於細0旋轉之限雜圍以順時 第==8 ΔΘ。如第6騎示’若將定位板42相對於 ―〜口疋件38旋轉以使顯示螢幕32處於水平模式下且此時第 —疋位柱44在第—弧槽4()崎動至第-槽道端點Η附近，且第 干it件46之螺絲48止抵第一定位柱44時，於使用者觀看顯 二螢幕32之方向(由顯示螢幕32正面視之），顯示勞幕％於順時 方向傾斜了角度加，而未達到完全水平之狀態，可藉由如第$ 圖所不將螺絲48向第-弧槽4〇旋入該行程D，以使第一定位柱 44相對於轴心〇旋轉之限制範圍於順時針方向(由顯示螢幕幻背 1327658 面視之)調整了角度Δθ，此雜使財觀翻示螢幕％之方向 (由顯示螢幕32正面視之)，顯示螢幕32可被以逆時針方向旋轉角 度ΛΘ ’而達到完全水平之狀態，意即完成顯示螢幕％之水平角 度之权正工作。相對地’當於使用者觀看顯示營幕Μ之方向(由顯 示螢幕32正面視之)，顯示螢幕32於逆時針方向傾斜了角度 可將螺絲48以遠離第-弧槽4〇方向旋出，以使第—定位柱44相 對於轴心〇旋轉之限纖_—逆時針方向⑼齡 32背面 視之)之調整，於此便不再詳述。 〇月參閱第7圖與第8圖，第7圖為本發明調整第二止擋元件 藉以限制定位板42相對於第一固定件38旋轉之範圍之示意 2第8圖為第7圖中調整第二止擋元件5〇後顯示螢幕被調 ^之不意圖。當粒板42相對於第-固定件職轉，以使第一 疋位柱44在第—弧槽4G内滑動至第二槽道端點Ρ2附近時，第二 ===3^3 —定她44，純制定位板42 ⑽心細。故可藉由旋轉第二止擋元件5〇 螺、4=以改變其突出且遮蔽於第—弧槽4Q之長度，如第7圖 44:第二:50破向第一弧槽4〇旋入-行程D’時，第-定位桎 改變，而使二:ί第二槽道蠕點P2附近之滑動極限點則會有所 針方向補了广她44相對於細G旋轉之關範圍以逆時 第-==8ΤΔΘ’°Μ8圖卿，若駭錄42相對於 — 8 %轉以使顯示螢幕&處於垂直模式下且此時第 4在第4G内滑動至第二槽道端點 P2附近，且第 —止擋元件50之螺絲52止抵第-定位柱44 B夺，於使用者觀看顯 示螢幕32之方向(由顯示螢幕32正面視之），顯示螢幕％於逆時 針方向傾斜了角私㊀’，而未達到完全垂紅狀態，可藉由如第 7圖所示將螺絲52向第一弧槽4〇旋入該行矛呈〇，，以使第一定位 ^ 44相對於軸心〇旋轉之關範_逆時針方向(她示榮幕μ 背面視之)調整了角度△〇，，此時於使用者觀看顯示榮幕Μ之方 向(由顯示螢幕32正面視之)，顯示螢幕32可被以順時針方向旋轉 角度ΔΘ’，而達到完全垂直之狀態，意即完成顯示榮幕幻之垂直 角度之校正工作。相對地，當於使用者觀看顯示榮幕η之方向(由 =螢幕32正面視之）’顯示螢幕32於順時針方向傾斜了角度△ ’可將螺絲52以遠離第-弧槽40方向旋出，以使第一定位柱 :對於細Q _之關細作—順時針方向(由顯示營幕％ 责面視之)之調整，於此便不再詳述。 ^理’若欲輕顯示螢幕32相對於χ軸之旋 Ζ第之螺絲62與第四止糾件64之螺、祕突 滑動=度，以限制第二定位柱54於第二弧槽58内 =㈣，骸獅二定錄54相軸心〇 圍，進而改變第二固定件56相對於基 硭麻 作用原理虡、 4%轉之限制範圍，其 原理與上補整第—止擋元件46. 相同，故於此不再詳述。 〜 S7G 50之原理 元件47 請參閱第9_第關，第9_本發明第—彈性 12 1327658 =局部放大示_，第㈣為本㈣第—定她44被收納於第 :彈性元件4?内之局部故大示意圖。第一止擋元件*包含有一 擋板68 ’其上設有_職孔％，獅仙細可雜之方式設置 於擋板6S之螺絲孔％内，螺絲48突出於第一弧槽4〇的長度係 可調整，藉以改變定位板42相對於第一固定件38旋轉之限讎 圍；第-止擋元件46另包含有―_帽72，翻於螺絲仙上， 用來與擋板68共喉持第—雜元件47，而第—雜元件们與 螺絲48共同鎖固於擋板68上可節省額外固定第一彈性元件以 成本。第-彈性元件47包含有一第一臂74，一第二臂％，以及 -連結部78，連接於第—止擋元件46，連結部％之兩端係分別 連結第一臂74與第二臂76，其中第一臂74之臂長u及第二臂 76之臂長L2係大於第一定位柱44之直徑d，方可滿足第一定位 柱44可⑽人第—臂74、第二臂％及連結部78所形成之空間且 留有微調螺絲48範圍之條件。第一㈣與第二臂％間係形成有 一第一開口 8〇’第一開口 80之寬度w係小於第-定位柱44之直 徑d，以使第-定位柱44通過第—開口 8G時第—臂7*與第 76產生彈性變形’藉以施予—阻力於第—定位柱料使得第一— 位柱44接近螺絲48之頂辦需增加額外之施力才得以碰觸到^ 絲48。第-彈性元件47另包含有一第_滾輪82，連接於第、 74之-端，用來於第-定位柱44通過第―開口 8叫接觸第 位柱44，以及一第二滾輪84，連接於第二臂76 一 _ Λ 〜挪’用來於 第-疋位柱44通過第-開口 8〇時接觸第一定位柱 82與第二滾輪84之_在於減少第—彈性元件47與第—定位柱 13 1327658 私間之摩擦_，私姆—轉ο之使用壽命。 當第一定位柱44於第—弧槽4 時，由於第-開口8〇之寬度心『:止，滑動 使得第-定錄44通過第—開口㈣讀柱44之直徑d， 7—第，與第二臂76產生彈：-=與第二臂 二臂输…阻力於第—定位柱= 卓了 4與第 之施力方鈐#埜, 使付使用者必須增加額外 力^使第-核柱44繼續接近螺絲48之頂端，以避免第 紛^爾峨縣物48，崎侧48之摩捧 耗知，此外，可藉由改變第一臂7 ’ -之開，調整第一彈性元;力，= ΓΓ㈣通過第—開σ 80後且滑動至第—槽道端點附田近 時1 -疋位柱44被收納於第一彈性元件47内，意即第一臂％、 第-臂76 ’以及連結部78所形成之空間係用以收納第 44，此時第-定位柱44止抵於螺絲48及第一彈性元件* 被固定於第-槽道端點P1S而不會晃動。同理，第二彈性元; 5卜第三彈性元件6卜以及第四彈性元件％之結構與作用^理與 第一彈性元件47相同，故於此不再詳述。 、 請參閱第u圖至第η圖’第u圖至㈣圖為本發明其他 實施例彈性元件之示意圖。如第u圖所示，彈性元件之一第 86具有-第-區段861及-第二區段862，且第一區段861^^1327658 IX. Description of the Invention: [Technical Field] The present invention provides a positioning device having a rotating member, and more particularly, a positioning device that adjusts the range of display screen rotation. ° [Prior Art] Planar display is a popular display device. Among them, liquid crystal display has been used in the sacred desktop because of its appearance (4), power consumption and non-radiative dirt characteristics. On portable screens such as electric screens and notebook computers and personal digital assistants (PDAs), there is a tendency to gradually replace cathode ray tube (CRT) monitors and traditional TVs. Since the display device is increasingly important for the function of attitude adjustment, including the light function of high and low, tilting, rotating, etc., in order to provide these switching functions, it is necessary to increase the relative functional structure on the display device, but if the components are assembled Lunar New Year also thinks that the accumulation of assembly tolerances is greater, and the yield of the display device is reduced. Please refer to Fig. 1. Fig. 1 is a schematic view showing a conventional display device 10 in different display aspect ratios. The display device 10 includes a display screen 12 and a bracket 14 for displaying the screen 12 in a branch. The user can display the screen 12 in a manner of rotating relative to the holder 14 to achieve viewing of the display screen 2 with different display aspect ratios. However, in the process of mass production of the display device, the display screen 12 is often unable to maintain a consistent horizontal or vertical angle due to assembly tolerances, which may result in the display screen 12 tilting in the horizontal 5 1327658 mode or the vertical mode - Angle, but can not completely or horizontally watch the display screen 12' because the company continues to lower the viewing quality of the display device (1). SUMMARY OF THE INVENTION The present invention is specifically disclosed as a positioning device with a nuclear transfer member, which includes an -S1 stator having an arc slot having a channel end point and a positioning plate The locating plate is disposed in the arc groove, and the positioning plate is connected to the reticle in a manner relative to the _piece _, and the elastic element is disposed at the channel end and protrudes from the In the arc, the miscellaneous component comprises a first arm and a second arm 'the end of the first arm and the second end of the second f-end-forming opening width, and (10) the positioning post, The miscellaneous arm and the second arm system form - (4); and the first arm and the second arm limit the positioning post in the space when the positioning post moves to the end point of the track. The invention of the invention patent _ 露 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种The fixing member is connected to the first fixing member for carrying the continuation. The positioning plate includes a - positioning post, and the first elastic member is disposed in the first arc slot. Adjacent to the end of the first channel, the first elastic member includes a -th arm, and - one end of the second arm and one end of the second arm form a first opening "> - R3 The X degree is smaller than the diameter of the first positioning post, and the first arm and the second arm form a 6 1327658 ·_帛-space, wherein when the first recording moves to the end of the first channel The first arm and the second arm limit the first positioning post in the first space. [Embodiment] - Refer to the second circle, and Fig. 2 is a schematic view showing the appearance of the display device 3G of the present invention. The display device 30 includes a display screen 32, a pedestal %, and a device %. The end of the clamp device 36 is connected to the display screen %, and the other end of the positioning device 36 is connected to the base 34. The time can be set to % so that the display screen 32 is displayed with respect to the Z-transfer 'shoring_horizontal mode or the vertical mode for viewing the curtain, or the display device can be adjusted to make the display illusion relative to the χ 2 Rotate ' _ whole _ screen 32 different viewing (four), or can be positioned by the butterfly. In order to rotate the display screen 32 relative to the Υ axis, to adjust the display screen 32 = the same viewing elevation angle 'to reach the three axes (χ, Χζ) Direction adjustment display screen 32 head 4 read 3 and 4 'Fig. 3 and 4 are the positioning of the invention, the intention of the granule device 36 contains - the first _ _ _ 38, the basin system ^—Arc slot 40, the first arc slot 4G has—the first channel end and the second:=2, wherein the first channel end m is located in one of the first arc slots 4′′, the first channel end point P2 The other position of the arc groove 4G; the positioning device has a clamping plate 42 for cultivating the material 1 with respect to the first fixing member, and the crane is attached to the first fixing member 38 for display. The screen 旋转 can be rotated relative to the Z axis (7 丄 contains n forest. _%% _ at the first, the first groove element 46 is used to stop the first positioning _ = ^ point? 1 near, the first - Stopping from the first arc (4) ^:, the part of the stop element 46 is in the range of the sudden rotation. The first stop pair (4) - the ridge 38 is screwed on the first fixed (four), the second 2 wire is movable The mode setting is used to change the "German 42_on the first piece/adjustment/adjustment, and the set 36 further includes the second stop element 5", setting ^. Position = next to the end point P2, the second stop element 5〇 The portion of the second stop member 50 is used to stop the first positioning member 4=near 42 when the first and second positioning posts 44 are in the first arc slot 4G to the second θ 〇. The range of rotation relative to the first fixing member %. The second stopper and the positional wire 52 are movably disposed on the first fixing member %, and the length of the private-spiral-arc groove 4〇 is adjustable In order to change the positioning plate illusion relative to the protrusion limit of the rotation of the fixed member 38. The positioning device 36 further includes two first solids 47 disposed at the end of the first channel end point P1 and protruding from the first fox slot 4 (^ The elastic element ^ is disposed in the second channel end_side; and in addition to the first groove, the base 34 is provided with a second positioning M, and a second fixing member 56 is positioned to be opposite to the base 34. Shangzhi The heart, 36, further includes u 〇 ' at the rotation mode 8 22 way connected to the base 34, _ _ _ 56 can be miscellaneous 0, at the pivot 'soil 34' to make the display screen 32 rotatable relative to the X axis. In addition, the display, the setting 30 further includes a miscellaneous 57, and is connected to the first damper member. The second fixing member is used to rotate the first fixing member 38 relative to the second fixing member to make it visible. -321 is rotated relative to the gamma axis to adjust the display screen 32 different viewing elevations 54, the first piece % field m 58 for accommodating the second positioning post - the arc slot 58 has - the third channel end point p3 and a The four channel end material, and the second channel end point P3 are located at the second: the other end of the second arc groove 58. Positioning device=; slot two:: placed next to the end M of the third channel, when the second positioning post 54 is; to stop the second positioning post 54, the::=2 near the third stop element 60 In the brother, the second arc slot stop element 6 is made by a limit of (4) two fixed parts. Including - screw 62, in the case of rotatable ^ 上, _62 · · second movement is provided in the second fixing member 2 fixing member 56 is rotated relative to the base 34 = (10) can be 'by changing the first - fourth The stop element 64 is disposed at ^. The positioning device 36 further includes a portion of the fourth stop plough 64 protruding from the end point P4 of the ^5^_way, and sliding in the second arc groove 58 to the fourth portion 58a when the second positioning post 64 When the second positioning post 54 is pressed, the first stop block 34 is rotated when the |1 is near the point P4. The fine stop "4" two fixing members 56 are disposed on the second fixing member 56 with respect to the base manner, and the screw screws 66 are adjustable by the movable system, thereby changing the second fixing member. The length 56 of the two arc slots 58 is limited relative to the rotation of the base 34. The positioning device 36 further includes a point 3 and protrudes from the second 3rd - the third elastic member 61' is disposed at the third channel end at the fourth channel end The point 4 58 and the fourth elastic member 65 are disposed and larger than the second arc groove 58. Please refer to the fifth plate 46 to limit the positioning plate 42=, ^^^, Fig. 6 A schematic diagram of the extent of the rotation of FIG. 5 is a schematic view of the first stop. When the screw of the component 46 slides to the vicinity of the end point P1 of the first channel, the first-relative to the first fixing member can be stopped against the first positioning post 44, thereby limiting the range of the material 48 to be rotated by the positioning plate. By rotating the first stop element 46 and obscuring the length of the first arc, as in Fig. 5, the first positioning is performed in the first arc slot - the stroke D Change, and make the Π~ nearby sliding limit point will be adjusted in the direction of the needle. The position of the column 44 is smaller than the rotation of the fine 0. The clockwise ==8 ΔΘ. If the 6th ride shows 'If the positioning will be The plate 42 is rotated relative to the port 38 so that the display screen 32 is in the horizontal mode and the first position post 44 is in the vicinity of the first arc slot 4 () to the end of the first channel, and When the screw 48 of the dry member 46 is pressed against the first positioning post 44, the user views the direction of the second screen 32 (as viewed from the front of the display screen 32), and the screen screen is tilted by the angle plus in the clockwise direction. If the state of the first positioning post 44 is not rotated to the full extent, the rotation of the first positioning post 44 relative to the axis is limited by the screwing of the screw 48 into the first arc slot 4 as shown in FIG. The hour hand direction (respected by the display screen back 1327658) adjusts the angle Δθ, which causes the view of the screen to be displayed in the direction of the screen (as viewed from the front of the display screen 32), and the display screen 32 can be rotated in a counterclockwise direction. ΛΘ 'The state of reaching a full level, that is, the right to display the horizontal angle of the screen %. When the user views the direction of the display camp (as viewed from the front of the display screen 32), the display screen 32 is tilted in the counterclockwise direction to rotate the screw 48 away from the first arc slot 4 The adjustment of the fiber-limited _-counterclockwise (9) age 32 back view of the first positioning post 44 relative to the axial center is not described in detail herein. See Figure 7 and Figure 8, 7 is a schematic diagram of the invention for adjusting the range of the second stop element to limit the rotation of the positioning plate 42 relative to the first fixing member 38. FIG. 8 is the adjustment of the second stop element 5 in FIG. It is not intended. When the particle plate 42 is rotated relative to the first fixing member so that the first clamping post 44 slides in the first arc groove 4G to the vicinity of the second channel end point Ρ2, the second ===3 ^3 — Set her 44, the pure positioning plate 42 (10) is fine. Therefore, the second stop element 5 can be rotated, 4= to change its protrusion and be shielded from the length of the first arc groove 4Q, as shown in FIG. 7: FIG. 44: second: 50 broken to the first arc groove 4 When entering - trip D', the first-position 桎 changes, and the second: ί second channel creep point near the creep point P2 will have a needle direction to fill the wide range of her 44 relative to the fine G rotation Inverse time -==8ΤΔΘ'°Μ8 图卿, if 骇 42 42 relative to -8 % turn so that the display screen & is in vertical mode and then 4th in 4G to slide to the second channel end point P2 In the vicinity, the screw 52 of the first stop element 50 is stopped against the first positioning post 44B. When the user views the display screen 32 (as viewed from the front of the display screen 32), the display screen is tilted in the counterclockwise direction. If the corner is private, but not fully red, the screw 52 can be screwed into the first arc slot 4 as shown in Fig. 7, so that the first positioning is relative to Axis 〇 rotation of the closing direction _ counterclockwise direction (she shows the glory μ back view) adjusted the angle △ 〇, at this time in the user's view to show the direction of the glory (by the display The screen 32 is viewed from the front, and the display screen 32 can be rotated in the clockwise direction by an angle ΔΘ' to achieve a completely vertical state, that is, to complete the correction of the vertical angle of the display. In contrast, when the user views the direction of the display screen η (as viewed from the front of the screen 32), the display screen 32 is tilted by an angle Δ in the clockwise direction to rotate the screw 52 away from the first arc slot 40. In order to make the first positioning column: for the fine Q _ close - the adjustment of the clockwise direction (by the display of the screen accountant), will not be detailed here. If it is desired to lightly display the screw 32 of the screw 32 and the fourth stopper 64 of the screen 32 relative to the axis of the shaft, the slippage is depressed to limit the second positioning post 54 in the second arc groove 58. = (d), 骸 二 定 定 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 The same, so it will not be detailed here. ~ S7G 50 principle component 47 See section 9_第关, 9th_ invention-elasticity 12 1327658 = partial enlargement _, the fourth (4) is (4) the first is fixed 44: the elastic element 4? A schematic diagram of the local part. The first stop element* includes a baffle 68' having a _ occupation hole %, and the lion is finely disposed in the screw hole % of the baffle 6S, and the screw 48 protrudes from the first arc groove 4〇 The length is adjustable to change the limit of the rotation of the positioning plate 42 relative to the first fixing member 38; the first stop element 46 further includes a _cap 72 that is turned over the screw to be used with the baffle 68 The throat holds the first-hetero-component 47, and the first----------------- The first elastic member 47 includes a first arm 74, a second arm %, and a connecting portion 78 connected to the first stop member 46. The two ends of the connecting portion are respectively coupled to the first arm 74 and the second arm. 76, wherein the arm length u of the first arm 74 and the arm length L2 of the second arm 76 are larger than the diameter d of the first positioning post 44, so as to satisfy the first positioning post 44, the (10) human arm-arm 74, the second arm % and the space formed by the joint portion 78 and the condition of the range of the fine adjustment screw 48 is left. A first opening 8 is formed between the first (four) and the second arm %. The width w of the first opening 80 is smaller than the diameter d of the first positioning post 44, so that the first positioning post 44 passes through the first opening 8G. - Arm 7* and 76 are elastically deformed 'by which the resistance is applied to the first positioning column so that the first - position post 44 is close to the screw 48 and additional force is applied to touch the wire 48. The first elastic member 47 further includes a first roller 82 connected to the end of the 74th portion for contacting the first positioning post 44 through the first opening 8 and the second roller 84. The second arm 76 is used to contact the first positioning post 82 and the second roller 84 when the first clamping post 44 passes through the first opening 8 在于 in order to reduce the first elastic member 47 and the first Positioning column 13 1327658 Private friction _, private um - turn ο the service life. When the first positioning post 44 is in the first arc slot 4, due to the width of the first opening 8〇, the sliding causes the first recording 44 to pass through the first opening (four) to read the diameter d of the column 44, 7-th, The second arm 76 generates a bomb: -= and the second arm and the second arm lose the resistance... the resistance is at the first positioning column = the 4th and the second force applying the force #野, so that the user must add extra force ^ to make the first nuclear column 44 continue to approach the top of the screw 48, in order to avoid the first ^ 峨 峨 物 物 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 , = ΓΓ (4) After the first-opening σ 80 and sliding to the end of the first-channel end of the first channel, the 1-column 44 is housed in the first elastic member 47, that is, the first arm %, the first arm 76', and The space formed by the connecting portion 78 is for accommodating the 44th portion. At this time, the first positioning post 44 is fixed to the first channel end point P1S by the screw 48 and the first elastic member* without being shaken. Similarly, the structure and function of the second elastic element 6 and the fourth elastic element 6 are the same as those of the first elastic element 47, and therefore will not be described in detail herein. Referring to Figures u through η, Figures u through (4) are schematic views of other embodiments of the elastic member of the present invention. As shown in Fig. u, one of the elastic members 86 has a -th segment 861 and a second segment 862, and the first segment 861 ^^
二區段862之夾角為鈍角，彈性元件之一第二臂88 L ，、负一弟三區 ^27658 及第四區#又882’且第二區段881與第四區段882之夾角 為鈍角，第二區段862與第四區段882間係形成一開〇 ，其尹 第-區段861之長度以及第三區段⑻之長度係分別大於定位柱 之直徑，以使該定位柱可被收納於第一臂86與第二臂88之内。 此外，如第12圖所示，彈性元件之一第一臂％與一第二臂之 形狀為一弧狀，圓形之定位柱可被收納於第一臂％與第二臂94 _之内，如第13圖所示，彈性元件之一第一臂96、一第二臂98， 乂及連結#100之形狀係合成為一弧狀，圓形之定位柱可被收 納於第彳96、第一臂98，以及連結部1〇〇之内。本發明係可應 用於各種形狀變化之雜元件，意即雜元件制提供定位柱阻 力與收納固定定位柱之目的即為本發明之保護範疇。 • 相較於習知之顯示裝置，本發明之顯示裝置係利用止擋機構 來達到微調顯示螢幕之轉動範圍之目的，故可以改善於量產顯示 ♦裝置之程中，因組裝公差而致使顯示螢幕無法維持一致之水平 或垂直角度之問題，也可以解決為了達到消弭組裝公差，而要求 提咼模具精度所造成之成本提高之問題；此外，搭配設置於止擋 機構處之彈性元件可達到提供定位阻力與固定定位之目的亦可 提高止擋機構之使用壽命。 以上所述僅為本發明之較佳實施例，凡依本發明申請專利範 圍所做之均等變化與修飾，皆應屬本發明專利之涵蓋範圍。 15 1327658The angle between the two segments 862 is an obtuse angle, one of the elastic members of the second arm 88 L , the negative one of the three zones ^ 27658 and the fourth zone # 882 ' and the angle between the second section 881 and the fourth section 882 is An obtuse angle, an opening is formed between the second section 862 and the fourth section 882, and the length of the Yin-section 861 and the length of the third section (8) are respectively larger than the diameter of the positioning post, so that the positioning post It can be housed in the first arm 86 and the second arm 88. In addition, as shown in FIG. 12, one of the first arm % and the second arm of the elastic member has an arc shape, and the circular positioning post can be received in the first arm % and the second arm 94 _ As shown in FIG. 13, one of the first arm 96, the second arm 98, the cymbal and the connecting #100 of the elastic element is formed into an arc shape, and the circular positioning post can be received in the ninth, The first arm 98 and the connecting portion 1 are inside. The invention can be applied to various components with various shape changes, that is, the purpose of providing the positioning column resistance and the positioning of the fixed positioning column by the hybrid component is the protection scope of the invention. • Compared with the conventional display device, the display device of the present invention uses the stop mechanism to finely adjust the rotation range of the display screen, so that the display screen can be improved due to assembly tolerances during the mass production display device. The problem of not being able to maintain a consistent horizontal or vertical angle can also solve the problem of increasing the cost caused by the accuracy of the mold in order to achieve the assembly tolerance; in addition, the elastic element provided at the stop mechanism can provide positioning. The purpose of resistance and fixed positioning also increases the service life of the stop mechanism. The above is only the preferred embodiment of the present invention, and all changes and modifications made in accordance with the scope of the present invention should be covered by the present invention. 15 1327658
【圖式簡單說明】 第1圖為習知顯砰置於不同 第2圖為本發明顯示裝置 顯示長寬比之示意 圖 之外觀示意圖 第3圖與第4圖為本發明定位裝置之示素圖。 第5圓為本發明調整第—止 定件旋轉之朗之示_件如限制讀板相對於第1 圖為第5圖中調整第一止擋元件後顯示營 第7圖為本發_整第二止擋元件藉以限制定位板相對於第1 圖固 定件旋轉之範圍之示意圖 第8圖為第7圖中調整第二止擋树後顯示螢幕被調整之示意圖。 第9圖為本發明第一彈性元件之局部放大示意圖。 第10圖為本發明第一定位柱被收納於第一彈性元件内之局部放大 示意圖。 第11圖至第13圖為本發明其他實施例彈性元件之示意圖。BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing the appearance of a display device of the present invention. Fig. 3 and Fig. 4 are diagrams showing the positioning device of the present invention. The fifth circle is the indication of the rotation of the first stop of the invention. If the limit reading plate is adjusted relative to the first figure, the first stop element is adjusted in the fifth figure. The second stop element is used to limit the range of rotation of the positioning plate relative to the first figure fixing member. FIG. 8 is a schematic view showing the screen being adjusted after adjusting the second stop tree in FIG. Figure 9 is a partially enlarged schematic view showing the first elastic member of the present invention. Figure 10 is a partially enlarged schematic view showing the first positioning post of the present invention housed in the first elastic member. 11 to 13 are schematic views of elastic members of other embodiments of the present invention.
【主要元件符號說明】 10 顯示裝置 14 支架 30 顯示裝置 34 基座 38 第一固定件 42 定位板 46 第一止擋元件 12 顯示勞幕 32 顯示榮幕 36 定位裝置 40 第一弧槽 44 第一定位柱 47 第一彈性元件 1327658[Main component symbol description] 10 Display device 14 Bracket 30 Display device 34 Base 38 First fixing member 42 Positioning plate 46 First stop member 12 Display screen 32 Display glory 36 Positioning device 40 First arc groove 44 First Positioning post 47 first elastic element 1327658
48 螺絲 50 第二止擋元件 51 第二彈性元件 52 螺絲 54 第二定位枉 56 第二固定件 57 轉轴 58 第二旅槽 60 第三止擋元件 61 第三彈性元件 62 螺絲 64 第四止擋元件 65 第四彈性元件 66 螺絲 68 擋板 70 螺絲孔 72 螺絲帽 74 第一臂 76 第二臂 78 連結部 80 第一開口 82 第一滾輪 84 第二滾輪 86 第一臂 861 第一區段 862 第二區段 88 第二臂 881 第三區段 882 第四區段 90 開口 92 第一臂 94 第二臂 96 第一臂 98 第二臂 100 連結部48 Screw 50 Second stop element 51 Second elastic element 52 Screw 54 Second positioning 枉 56 Second fixing member 57 Rotary shaft 58 Second travel groove 60 Third stop element 61 Third elastic element 62 Screw 64 Fourth stop Stop element 65 fourth elastic element 66 screw 68 baffle 70 screw hole 72 screw cap 74 first arm 76 second arm 78 joint 80 first opening 82 first roller 84 second roller 86 first arm 861 first section 862 second section 88 second arm 881 third section 882 fourth section 90 opening 92 first arm 94 second arm 96 first arm 98 second arm 100 joint
第一槽道端點Pi、第二槽道端點P2、第三槽道端點P3、第四 槽道端點P4、軸心0、軸心0’、行程D、行程D’、角度ΛΘ、 角度ΛΘ’、臂長L1、臂長L2、直徑d、寬度WFirst channel end point Pi, second channel end point P2, third channel end point P3, fourth channel end point P4, axis 0, axis 0', stroke D, stroke D', angle ΛΘ, angle ΛΘ ' , arm length L1, arm length L2, diameter d, width W