M324948 八、新型說明： 【新型所屬之技術領域】 本創作係關於顯示器調整支撐結構，尤指一種能盘一 ^不益相連接，朗簡整該顯示器的高度位置， _示器朝各财向旋轉，以難觀看角度者。 【先前技術】 按’目别世界科技發展迅速，電腦在突飛猛進的科技M324948 VIII, new description: [New technology field] This creation is about the display adjustment support structure, especially a kind of can be connected to the disk, the height position of the display is simplified, and the display is directed to each financial direction. Rotate to make it difficult to view the angle. [Prior Art] According to the 'Development of the world's technology, the rapid development of computers, the rapid advancement of technology
毛展潮⑽中著極重要的角色，不僅逐漸地改變了人們 的生活幵肩’更成為現今人們生 ， 工作場所，或是在下班後的家居生活裡，許多人幾 不開電腦。f卿為人們生活帶來料方便及娛樂，且促 進了產業驗速進步，$，同時，對於長時間操作電腦的 使用者而言，卻也造成程度不—的傷害，其中尤其是因為 ”、、、示时的尚度位置及顯示角度不正確，對使用者眼部、肩 ^、頊部或腰部造成的疲勞和傷害最為嚴重，該等傷害在 各種電腦傷害裡佔有很高的比例，有鑑於此，顯示器的設 °十及製造商均不斷地朝此一方向致力進行研究及開發，期 所叹什及製造出的顯示器更符合人體工學，以有效避免該 等傷害對人們的影響，因此，近年來，各種具有可調整高 度位置及顯示角度的顯示器，如雨後春筍般出現，令顯示 裔调整支撐結構，儼然已成為每個顯示器必備的一個重要 結構。 一般而言，市售傳統顯示器的調整支撐結構種類繁 多，請參閱第1圖所示，以大多數的傳統顯示器調整支撐 5 M324948 結構1為例，該顯示器調整支撐結構1係包括一底座1〇〇、 一支撐部110及一轉軸部120，其中該支撐部11()係設有 苐支柱111及一弟一支柱112，該第一支柱111之一 端係與該底座1〇〇相連接，且該第一支柱Π1係設有一容 納槽113 ’該容納槽113係恰能容納該第二支柱112，使得 戎第二支柱112能在該第一支柱111内活動升降，又該第 一支柱111尚設有一開孔115，該開孔115係供一定位元 件114牙δ又其中，而該第二支柱112上在其能於該第一支 柱hi内活動升降的範圍内，設有複數個定位孔116，當 該第二支柱112在該第一支柱lu内升降至一預定位置， 且各該定位孔116位於對應該開孔115的位置時，使用者 即能透過該纽元件114穿過期孔115，再冑入對應之 -定位孔116，令該第二纽112被難定位在所需^位 置上，再者’該第二支柱112之一端係與該轉轴部⑽之 -端相連接，該轉軸部12G之另端係與—顯示器2相連接。 如此’使用者即能藉由該顯示器調整支撐結構i，依 照個人喜槪f慣，酸該顯抑2的左錢轉方向、傾 斜角度及高度位置，令使用者錢看該顯示器2時，能以 最舒適的肖絲觀看該齡器2，有崎低仙者在 該^器2時，易產生眼部、肩部、頸部或腰部的疲勞和 在使用上仍有 但疋，該種傳統顯示器調整支撐纟士構1 下列諸多缺點： 1、復請參閱第1圖所示，該第 二支柱112不僅較該第一支 M324948 柱ill細小，其内亦沒有任何機結構，故 對該顯示器調整支撐結構1之高度位置做調整，令4 :支柱m在該第-支柱U1内做升降移動時，該第二 將非常料產生變料跡造成使用者極大 、、擾，再者’若為加強該第二支柱112之結構強度， 而以堅固的金屬為該第二紐112之 =12設計為實心賴，如此，將導致該= w冓1之整體重量及成本上升，大幅轉低其在 %上的競爭力。 多閱第1圖所示，當使用者每—次需要調整該顯示 益调整支撐結構1的高度位置時，都必須先解除該定位 讀114對該等支柱⑴、112的固定，才能令該第二 支柱112在該第-支柱lu_饼或降的娜，且在調 整後’使用者必須再-次地將該定位元件丨丨4依序穿入 該開孔115,及對叙-定純116内，找完成高度 位置的調整’如此，繁複_整步驟，將造成使用者在 使用上極大的不便與麻煩。 3、復請參閱第1圖所示，該底座⑽與該第—支柱⑴係 相連接在-起，當該顯示器調整支稽結構i在包裝運輸 =，該底座100與該第-支柱m因無法拆解分開，使 得其包裝體積無法有效賴，如此，不僅無法降低運輸 该顯不器調整支撐結構丨的成本，在運輸時也容易發生 折損、變形的問題。 故’如何料出-種顺的顯示器調整切結構，以 M324948 述傳鋪Μ赃支觀構丨之缺點，有 醜本，且令贿者在麵上更加 成為 =器=支撐結構的設計及製造業者致力研= 亟欲解決之一重要課題。 【新型内容】 t於此’缺進前述傳統顯抑罐支撐結構 =創作人經過長久努力研究與實驗，終於開發設計出本 創作之-麵示ϋ峨續結構，以_ 器調整支雜構，有效改讀述_。 ^ 本創作之-目的，係提供一種顯示器調整 該顯示器触支觀_包括—絲、-支雜體、一活 =柱體及—多向轉軸，其中該底座與該支撐柱體之底端相 連接，該支撐柱體内係可活動地連接該活動柱體，該活動 柱體内設有複數個肋條，供龜重量及加強結構強度，該 夕向轉軸之-端雜該活動柱體之頂端減接，另端與一 顯不盗相連接’又，該顯示器難支雜構在該支撐柱體 與該活動柱體間，尚設有—定力彈簧，該定力彈箬之一端 與該讀減_定在-起，且奴力彈簧之其餘部份能 在未文力時，呈捲曲狀被收納在該活動柱體内所設的一收 納槽中’純在受力時，被拉伸呈平板狀，僅另端被收納 ，該收納射，並該定力彈簧的彈力大小係恰與該顯示 器、活動柱體及多向轉軸等元件的重量達成平衡，令該顯 示器（或活動柱體）可被調整定位在該支撐柱體上任一高 度位置，如此，當使用者在觀賞該顯示器時，即可輕易地 M324948 根據自身的實際需要’透過該㈣熟，難該顯示器之 角^立置’或透過該活動柱體及定力彈簧，調整該顯示器 之高度位置’有效改善習知顯示器調整支撐結構需藉由繁 雜的步驟才能調整其高度位置的問題。再者，該顯示器調 整支撑結構藉由該活動柱體内之該等肋條，有效強化結構 強度並使得該收納槽可搭配該定力彈簧動作，間接地 支樓著該顯示器、活練體及多向轉辩元件重量，有效 避免因該定力彈簧之彈力（或該顯示器、活動柱體及多向 轉軸等元件重量）過大職收_結_破壞，大幅提升 及延長了觸示器調整支縣構之整驗翻度及使用壽 命，改善習知顯示器調整支撐結構在調整時容易產生變形 而損壞的問題。 々本創作之另一目的，該活動柱體藉由該等肋條，及該 谷納槽與該定力彈簧搭配地動作，以提升結構強度後，該 顯不器調整切結構亦能減少金屬材料的使用，並大幅降 ίΐ重量’有效降低生產及運輸的成本，提升該顯示器調 整支撐結構的市場競爭力。 本創作之又另一目的，該底座之頂面係設有一插接 :’该支樓柱體之底端係設有至少—個卡固單元，而該插 槽^•相對辑第—_^固單元的位置，係分別設有-第二 口單70 ’ 5亥等第二卡固單元係與該等第一卡固單元相匹 且其能與該等第—卡固單元相卡接固定在—起，如此， j撐柱體及魏鋪由該料—~單元及該等第二卡 *早元，即能輕易地相互組裝在—起，或者輕易地拆解分 M324948 】二運輪該顯示II調整支撐結構時，透過拆解將能縮減 其。包裝後之體積，大幅降低運輸的費用，並能改善習知顯 不器調整支躲構在運輸時容祕生賴、變形的問題。 為便貴審查委員能對本創作之目的、形狀、構造裝 、特徵及為顯示裔调整支樓結構的功效，做更進一步之認 識與瞭解，_實_配合圖式，詳細說明如下： 【實施方式】 _本創作係一種顯示器調整支撐結構，請參閱第2圖所 不’摘示器調整支獅構3包括—底座·、一支樓柱 體310 /舌動柱體410及一多向轉軸320，其中該支撐柱 體310之底端係插接在該底座3卯上，該活動柱體係 可活動地連接在該支樓柱體31G内，且該活動柱體糊内 係交錯的設有複數鶴條41卜用以減輕重量，及加強結 構強度，而該多向轉軸320之一端係與該活動柱體之 頂端相連接’且該多向轉軸32()之另端係與一顯示器2相 連接’又，該顯示器調整支撐結構3尚設有—定力彈菁 500 ’该定力彈簧500係設在該支撐柱體31〇與該活動柱體 彻間’其-端係固定在該支雜體⑽内鄰近頂端的位 置，該活動柱體410崎近底端的位置，尚設有一收納槽 412，該定力彈簧5〇〇之其餘部份在未受力時，係呈捲曲 狀’且恰能被容納至該收_ 412 ^在本創作中，當該 二向轉軸320之另端安裝有該顯示器2時，由於該定力彈 菁500的彈力大小係恰與該顯示器2、活動柱體及多 向轉軸320等元件的重量達成平衡，故，使用者僅需將該 M324948 顯示器2 (或活動柱體)上拉或下麼，該定力彈菩_ 之其餘部份即朗未受力（上㈣），而呈捲錄地收納至 該收納槽412中，或因受力（下壓時）而被拉伸成平板狀， 僅該定力彈簣5GG之另端被收納至該收納槽412中，以支 禮該顯不器2、活動柱體41〇及多向轉軸32()等元件的重 I。如此，使用者可輕祕制整將賴*器2 (或活動 ，體410)的位置，利用該定力彈簧5⑼的彈力與該顯示 器2、活動柱體410及多向轉軸32〇冑元件重量 的原理’使得該顯示器2 (或活動柱體)可被調整定位 在該支撐柱體310上任一高度位置。 如此，§使用者在觀賞該顯示器2時，即可輕易地根 據自身的實際需要，透過該顯示器調整支撐結構3之多向 轉軸320，調整該顯示器2之肖度位置，或透過該顯示器 调整支撐結構3之活絲體及定力彈簧_，調整該 顯示器2之高度位置，在本創作中，由於，該活動柱體41〇 内佈設的該等肋條411，可有效強化結構強度，並使得該 收納槽412可搭配該定力彈簧5〇〇的捲曲及拉伸動作，間 接地支撐著該顯示器2、活動柱體41〇及多向轉軸32〇等 元件重量，有效避免因該定力彈簧500之彈力（或該顯示 裔2、活動柱體41〇及多向轉軸32〇等元件重量）過大對 β亥收納槽412結構的破壞，大幅提升及延長了該顯示器調 整支撐結構3之整體結構強度及使用壽命。 另’在本創作中，由於該活動柱體410内一體成形所 。又的及專肋條411及该收納槽412，不僅可大幅降低該活 11 M324948 動柱體410之重量，更可有效提升該活動柱體之結構 強度，且大幅減少在該顯示器調整支撐結構3中使用金屬 (如··鐵、銅...等）材料，㈣代之，以其它非金屬（如. 塑膠、電木、塑鋼…等）材料為該顯示器調整支 的主要材料，ϋ此，在目前金屬補價格_升高的趨勢 下，本創作除可有效降低麵示器調整續結構3的生產 及運輸成本外’尚能進-步提升其市場競爭力。 在本創作之-較佳實施例中，復請參閱第2圖所示， 該底座300之頂面係設有一插接槽3〇1，該插接槽则係 供該支撐柱體31〇之底端插接其中，使得該支撐柱體綱 能更穩固地連接在該底座3〇〇上，如此，當該顯示器2依 序透過該多向轉軸320、輯柱體及支撐柱體31〇，被 穩固地連接在該底座300上時，使用者即可輕易地根據實 際需要’透過該多向轉軸320或活動柱體41〇及定力彈簧 500 ’調整該顯示器2之角度或高度位置’同時，有效降低 棚不器2的晃動問題，避免因調整該顯示器2之角度或 高度，而造顏顯示H調整支撐結構3的損壞或變形。 在上述該較佳實施例中，復請參閱第2圖所示，該底 座;300的$狀及大小’係能依照·貞示器調整支撐結構3 及摘不器2之實際體積及重量而更換設計，只要該底座 300能用以穩定地支撐該顯示器調整支撐結構3及該顯示 器2即可。 在該較佳實施例中，請參閱第2及3圖所示，該支撐 柱體310之底端係設有至少一個第一卡固單元4〇1，該等 12 M324948 第=卡固單元侧係呈凸塊狀，而該插接槽刪在相對該 等第一卡固單元401的位置，係分別設有-第二卡固單元 搬’該等第二卡固單元係與該等第一卡固單元侧相 匹配」且在該支樓柱體31〇之底端***接至該插接槽籼 '二遠等卡固單元4(n、搬係能相互卡接固定成為一體， 使件一者不致晃動。在本創作的前述實施例中，該等第二 卡固單元402係呈孔洞狀，該等第一卡固單元姻則係呈 凸塊狀’惟’以上所述，僅係本創作之一實施例，本創作 在貫際施作時’並不侷限於此，按，凡根據本創作的設計 理念，將該等卡固單元仙、搬設計成相互卡接固定成為 一體’使魏支撐柱細不僅驗祕域底座· 上，或Μ地自該底座咖上拆解下來，更能穩定地與該 底座300連接成為一體’以便在包裝運輸時，能透過拆解 以縮減雜積’大幅降低運輸的費用，且能避免在運輸時 發，折損、變形等問題者，均係本創作在此所稱的該等卡 口 Γ'40^402，合先陳明。因此，在本創作的其它實施 :：等第一卡固單元401不限定僅能呈凸塊狀 專弟二卡固單元402亦不限定僅能呈孔洞狀，該等卡固單 兀40卜402係可依照該顯示器調整支樓結構3之實際 要而被叹5十成其它結構特徵，如：將該等第一卡固單元 4〇1設計成呈孔洞狀，而將該等第二卡固單元他 =狀，只要該等卡固單導-能相互卡接固定成 為體，且使支擇柱體31〇及該底座_ 及分解即可。 13 M324948 在該較佳實施例中，請參閱第2及4圖所示，該支撐 柱體310内係朝該活動柱體41〇延伸設有至少二個第一定 位凸肋404 ’該等第-定位凸肋綱間係形成一導動滑槽 405,而該活動柱體相對於該等第—粒凸肋撕的位 置係分別設有-第二定位凸肋413,該等第二定位凸肋413 間係形成-導動滑軌414，該導動滑軌414係與該導動滑 槽405係相匹配，如此’ u由該導動滑軌414及該導動滑 槽405 ’即能令該活動柱體41〇在該支撐柱體31〇内升降 移動時，有效提升其穩定性，且避免該活動柱體彻與該 支樓柱體310間產生不當摩擦或鬆動，以防止該活動柱體 410及該支撐柱體310間發生損壞或變形的問題。在此需 特別一提者，乃以上所述僅係本創作之一實施例，本創作 在貫際施作時’並不舰於此，按’凡根據本創作的設計 理念，將該第-定位凸肋404及第二定位凸肋413的形狀 構造或設計位置’或該導動滑槽祕及導動滑執414的形 狀構或δ又计位置，為其它等效置換或調整，只要能使該 活動柱體410平順且穩定地在該支撐柱體31〇内升降移 動，以避免該活動柱體410與該支撐柱體31〇間產生不當 摩擦或鬆動者’均係本創作在此所稱之該第一定位凸肋 及第二定位凸肋413，或該導動滑槽405及導動滑軌414。 在該較佳實施例中，復請參閱第2圖所示，該支撐柱 體310係由一第一殼體31丨及一第二殼體312相互組合而 成，該第一殼體311及該第二殼體312不僅能輕易地組裝 在一起，亦能輕易地拆解分開，且該第一殼體311及該第 14 M324948 -双體312間預留有―空間，用以容納該活動柱體， 使得該活動域可升降移祕被設置在該支撐柱體 310内。在本創作中，由於，該支樓柱體31〇能被輕易地 組裝或拆解’故，可有效提升示_整支撐結構3在 模組化生產與組裝過程中之效率。 另，在該較佳實施例中，該定力彈簧5〇〇之一端係固 定在該第-殼體311上面對該第二殼體312且鄰近頂端的 一處位置，其其餘部份在未受力時，係呈捲曲狀地被收納 在該活動柱體410上所設的該收納槽412内，當該活動柱 體410之頂端安裝有該多向轉軸32〇及該顯示器2時，由 於該定力彈簧_的彈力大小係與該活動柱體彻頂端所 安裝的it件重量達成平衡，ϋ，錢者僅需將該顯示器2 (或活動柱體410)上拉，該定力彈簧5〇〇之其餘部份即 旎因未受力，而呈捲曲狀地收納至該收納槽412中，或將 該顯示器2 (或活動柱體410)下壓，使得該定力彈簧5〇〇 因受力而被拉伸成平板狀，僅該定力彈簧5〇〇之另端被收 納至該收納槽412中，以支撐該活動柱體41〇頂端所安裝 的元件及其本身的重量。如此，使用者即可輕易藉調整該 顯示器2 (或活動柱體410)的位置，利用該定力彈簧5〇〇 的彈力與該活動柱體410頂端所安裝的元件重量保持平衡 的原理，使得該顯示器2 (或活動柱體41〇)可被調整定位 在该支撐柱體310上的任一高度位置，有效提升使用上之 便利性。 又，在該較佳實施例中，該第一殼體311在相鄰該底 15 M324948 座300的位置，係設有一第一定位孔，該第一定位孔 601係祕疋位元件咖穿設其中，而該活動柱體柳 在相對該^-定位孔601的位置，係設有一第二定位孔 602’该第二定位孔6〇2係能供該定位元件6⑼穿設其中， 另’當該活動柱體410被下駐某-預定位置，使得該定 力彈，500之其餘部份因受力而被拉伸成平板狀，僅該定 力彈I 500之另端被收納至該收納槽412時，該定力彈菩 _之其餘部份被拉伸成平板狀的部份，在姆該第一定 位孔随的位置，係設有一第三定位孔咖，使得該定位 元件_能依序貫穿該第一定位孔6〇1及第三定位孔_ 後，鎖固在該第二定位孔中，如此，在某些情況下（如： 該顯不器調整支標結構3上沒有連接顯示器2時），為了使 該活動柱體410收納至該支撐柱體31Q内，且不致彈出該 支撐柱體3料，制者即可融定位元件_依^ 貫穿該第-定位孔601及第三定位孔_，並鎖固在該第 二定位孔602中，而將該支樓柱體_、該彈性元件测 及該活動柱體410固定在一最小的高度狀態，以有效縮短 該顯示器調整支縣構3之整體高度，以方便、， 及儲藏。 ^ 在該較佳實施例中，復請參閱第2及3圖所示， 該多向轉季由320係能令該顯示器2朝多種方向調整顯^ 度，且該多向轉軸320之另端與該顯示器2相連接的位置 係設有-限位開口 323，該顯示器2對應該限位開口咖 的位置係能與該限位開口 323相搭配，使得該限位開口咖 16 M324948 方面此用以限制該顯示器2的旋轉角度，避免該顯示器 2過度旋轉造成其連接線材的纏繞或損壞，另 一方面，亦 月匕用以令使用者快速地將顯示器2旋轉至另—正確的顯示 角度位置，有效提升調整顯示角度上之便利性。 在該較佳實施例中，復請參閱第2圖所示，該活動柱 體410與該多向轉軸32〇相連接的位置，係設有一第三殼 體⑽’該第三殼體313係用以依序框套在該活動柱體41〇 及該支撐柱體⑽外，以增加其整縣構之美感及完整 性。该多向轉轴320上係設有一第四殼體321，用以遮蔽 該多向轉軸320，且該多向轉軸320之另端鄰近該第四殼 體321的位置，係設有一第五殼體322，用以遮蔽該多向 轉軸320之另端至該第四殼體321間的部分，如此，藉由 該第三殼體313、該第四殼體321及該第五殼體322等三 者的搭配’即能將軸示器調整支餘構3中，用以調整 角度及高度的該多向轉軸32〇與該活動柱體等活動部 分，予以遮蔽，使灰塵不易進人其内，以防止該等活動部 分發生故障，且避免產生無法調整該顯示器2顯示角度及 高度的問題。 又 在此值得說明的是，在上述該較佳實施例中，復請失 閱第2圖所示，該等殼體犯、312、313、32卜322的^ 狀及大小，係可依_顯示器婦切結構3的實以 要，而變換形狀構造及設計位置，故本創作在實際施作而 並不偈限独上所述之雜構造，按，凡根據本創 計理念，將該等殼體31卜312、313、32卜322的形狀ς 17 M324948 造或設計位置，為其它等效置換或調整，只要能使該等殼 體311、312、313、321、322達成遮蔽及防塵的效果者， 即為本創作在此所稱之該等殼體。 —按，以上所述，僅為本創作較佳之一具體實施例，惟 本創作之構造特徵並不侷限於此，任何熟悉該項技藝者在 本創作領域内，可輕易思及之變化或修飾，皆可涵蓋在以 下本案之專利範圍。 【圖式簡單說明】 第1圖係習知之齡H雜支觀構之分解示意圖； 第2圖係本創作顯示器調整支樓結構之—實施例分解示衰 第3圖係本創作顯示器調整支撐結構之—實施例之另—示 意圖；及 μ 第4圖係本創作之支撐減及活動柱體之示意圖。 【主要元件符號說明】 顯示器.....................2 底座........................300 支撐柱體..................310 第二殼體..................312 第四殼體..................321 多向轉軸..................320 第一-^固單元............401 第一定位凸肋............404 活動柱體..................410 顯示器調整支撐結構…3 插接槽··· 第一殼體 第三殼體 第五殼體 限位開口...... 第二卡固單元 導動滑槽······ 肋條............ 301 311 313 322 •323 •402 •405 •411 M324948 收納槽.....................412 導動滑軌..................414 定位元件..................600 第二定位孔...............602 第二定位凸肋............413 定力彈簧..................500 第一定位孔...............601 第三定位孔...............603Mao Zhanchao (10) plays a very important role, which not only gradually changes people's lives, but also becomes a life of people, workplaces, or homework after work. Many people do not open computers. F Qing brings convenience and entertainment to people's lives, and promotes the progress of industry inspection, $. At the same time, for users who use computers for a long time, it also causes a degree of harm, especially because of The position and display angle of the display time are incorrect. The fatigue and damage caused to the user's eyes, shoulders, ankles or the waist are the most serious. These injuries account for a high proportion of various computer injuries. In view of this, the display of the display and the manufacturers are constantly working in this direction for research and development, and the sighs and manufactured displays are more ergonomic, in order to effectively avoid the impact of such damage on people. Therefore, in recent years, various displays with adjustable height positions and display angles have sprung up, making the display of the support structure of the display people, which has become an important structure for every display. In general, the traditional display of the market Adjust the support structure for a wide variety, please refer to Figure 1, as shown in most of the traditional display adjustment support 5 M324948 structure 1, for example The display adjustment support structure 1 includes a base 1 , a support portion 110 and a shaft portion 120 , wherein the support portion 11 is provided with a cymbal struts 111 and a first struts 112 , and the first struts 111 One end is connected to the base 1 ,, and the first struts 系 1 is provided with a receiving groove 113 ′ which can accommodate the second struts 112 so that the second struts 112 can be at the first struts The first pillar 111 is further provided with an opening 115, and the opening 115 is provided for a positioning component 114, and the second pillar 112 is disposed in the first pillar hi. In the range of the movable lifting, a plurality of positioning holes 116 are provided. When the second pillar 112 is raised and lowered to a predetermined position in the first pillar lu, and each of the positioning holes 116 is located at a position corresponding to the opening 115, the use is performed. The button 114 can pass through the period hole 115 and then enter the corresponding positioning hole 116, so that the second button 112 is difficult to be positioned at the desired position, and then the second leg 112 is terminated. Connected to the end of the shaft portion (10), the other end of the shaft portion 12G is connected to the display 2 Therefore, the user can adjust the support structure i by the display, according to the personal preference, the acidity of the left money direction, the tilt angle and the height position of the display 2, so that the user sees the display 2 It is possible to watch the age-old device 2 with the most comfortable Xiaosi. When there is a low-level fairy in the device 2, it is easy to cause fatigue in the eyes, shoulders, neck or waist, and there is still a flaw in the use. A variety of conventional display adjustment support gentleman structure 1 The following shortcomings: 1, please refer to Figure 1, the second pillar 112 is not only smaller than the first M324948 column ill, there is no machine structure, so The display adjusts the height position of the support structure 1 to make the adjustment: 4: when the pillar m moves up and down in the first pillar U1, the second will be very likely to cause the variable trace to cause the user to be extremely disturbed, and then If the structural strength of the second pillar 112 is strengthened, and the solid metal is used as the solidness of the second button 112, the overall weight and cost of the = w冓1 will increase and the temperature will be greatly lowered. Its competitiveness in %. As shown in FIG. 1 , when the user needs to adjust the height position of the display benefit adjustment support structure 1 every time, the positioning read 114 must be released from the fixing of the pillars (1) and 112 to make the first The two pillars 112 are in the first-pillar lu_cake or the descending Na, and after the adjustment, the user must pass the positioning member 丨丨4 into the opening 115 in sequence, and In 116, find the adjustment of the height position. So, the complicated steps will cause great inconvenience and trouble for the user. 3. Referring to FIG. 1 , the base (10) is connected to the first pillar (1), and when the display adjusts the structure i in the package transportation, the base 100 and the first pillar m It is impossible to disassemble and separate, so that the packaging volume cannot be effectively relied on. Therefore, not only the cost of transporting the display device to adjust the support structure is not reduced, but also the problem of breakage and deformation is likely to occur during transportation. Therefore, 'how to produce---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The industry is committed to research = an important issue to be resolved. [New content] t This is the lack of the traditional support tank support structure = the creator has been working hard for a long time to study and experiment, and finally developed and designed the creation of this creation - the continuation of the structure, Effectively read the _. ^ The purpose of the present invention is to provide a display for adjusting the contact view of the display, including a wire, a branch body, a living body, a cylinder, and a multidirectional shaft, wherein the base and the bottom end of the support cylinder are The movable column body is movably connected to the movable column body, and the movable column body is provided with a plurality of ribs for the weight of the turtle and the strength of the reinforcing structure, and the end of the rotating shaft is mixed with the top end of the movable column. Subtracting, the other end is connected with a display, and the display is difficult to be mixed between the support cylinder and the movable cylinder, and there is still a fixed force spring, one end of the fixed force magazine and the The reading is reduced to _, and the rest of the slave spring can be stored in a storage slot provided in the movable cylinder when it is unstressed. Stretched into a flat shape, only the other end is stored, the storage is shot, and the elastic force of the constant-force spring is balanced with the weight of the display, the movable cylinder and the multi-directional rotating shaft, so that the display (or the movable column) The body can be adjusted to be positioned at any height on the support cylinder, When the user is watching the display, the M324948 can easily adjust the height of the display according to the actual needs of the user through the (four) familiarity, the angle of the display, or the movable cylinder and the constant force spring. The position 'effectively improves the conventional display adjustment support structure requires complicated steps to adjust its height position. Furthermore, the display adjustment support structure effectively strengthens the structural strength by the ribs in the movable column and enables the storage groove to cooperate with the fixed force spring to indirectly support the display, the living body and the multi-directional The weight of the component is effectively avoided, because the elastic force of the force spring (or the weight of the display, the movable cylinder and the multi-directional shaft) is too large, and the damage is greatly reduced and the adjustment of the indicator is greatly improved. The whole inspection and the service life are improved, and the problem that the conventional display adjustment support structure is easily deformed and damaged during the adjustment is improved. For another purpose of the creation, the movable cylinder is operated by the ribs and the valley groove and the constant force spring to enhance the structural strength, and the display can also reduce the metal material by adjusting the cutting structure. The use and drastic reduction of the weight 'effectively reduce the cost of production and transportation, and enhance the market competitiveness of the display to adjust the support structure. For another purpose of the creation, the top surface of the base is provided with a plug: 'The bottom end of the column is provided with at least one fastening unit, and the slot ^• relative series-_^ The position of the solid unit is respectively provided - the second port unit 70 '5 hai and other second fastening unit is matched with the first fastening unit and can be fixedly coupled with the first fastening unit In the beginning, in this way, the j-pillar and Weipu can be easily assembled with each other by the material-~ unit and the second card*, or the M324948 can be easily disassembled. When the display II adjusts the support structure, it can be reduced by disassembly. The volume after packaging greatly reduces the cost of transportation, and can improve the problem of obscuring and deforming during transportation. In order to make the review committee able to further understand and understand the purpose, shape, structure and features of the creation and the adjustment of the structure of the building structure for the display of the sect, the _real_matching diagram, the detailed description is as follows: 】 _ This creation is a display adjustment support structure, please refer to Figure 2, the 'extractor adjustment lion structure 3 includes - base ·, a column cylinder 310 / tongue moving cylinder 410 and a multi-directional shaft 320, The bottom end of the support cylinder 310 is inserted on the base 3卯, the movable column system is movably connected in the branch cylinder 31G, and the movable column paste is interlaced with a plurality of cranes The strip 41 is used to reduce the weight and strengthen the structural strength, and one end of the multi-directional rotating shaft 320 is connected to the top end of the movable cylinder ' and the other end of the multi-directional rotating shaft 32 () is connected with a display 2 In addition, the display adjustment support structure 3 is further provided with a constant force spring 500. The constant force spring 500 is disposed between the support cylinder 31 and the movable cylinder, and its end is fixed at the branch. The position of the body (10) adjacent to the top end, the active cylinder 410 is near The bottom end is provided with a receiving groove 412, and the rest of the constant force spring 5 is crimped when it is not stressed, and can be accommodated to the receiving body 412 412 ^ In this creation, when When the display 2 is mounted on the other end of the two-way rotating shaft 320, since the elastic force of the fixed-force elastic cylinder 500 is balanced with the weight of the display 2, the movable cylinder and the multi-directional rotating shaft 320, the use is performed. Is it only necessary to pull up or down the M324948 display 2 (or the movable cylinder), and the rest of the fixed force _ _ is not stressed (upper (four)), and is stored in the storage slot to the storage slot In 412, it is stretched into a flat shape by force (during pressing), and only the other end of the constant force magazine 5GG is accommodated in the receiving groove 412 to support the display 2 and the movable column. The weight I of the body 41〇 and the multi-directional shaft 32(). In this way, the user can lightly adjust the position of the device 2 (or the movable body 410), and utilize the elastic force of the constant force spring 5 (9) with the display 2, the movable cylinder 410, and the multi-directional rotating shaft 32. The principle 'is that the display 2 (or the movable cylinder) can be adjusted to be positioned at any height position on the support cylinder 310. In this way, when viewing the display 2, the user can easily adjust the multi-directional shaft 320 of the support structure 3 through the display according to his actual needs, adjust the position of the display 2, or adjust the support through the display. The living body of the structure 3 and the constant force spring _, adjusting the height position of the display 2, in the present creation, because the ribs 411 disposed in the movable cylinder 41〇 can effectively strengthen the structural strength and make the The receiving groove 412 can indirectly support the weight of the display 2, the movable cylinder 41〇 and the multi-directional rotating shaft 32〇 with the curling and stretching action of the constant-force spring 5〇〇, thereby effectively avoiding the force-retaining spring 500. The elastic force (or the display element 2, the movable cylinder 41〇 and the multi-directional rotating shaft 32〇 and other component weights) excessively damage the structure of the βH housing groove 412, greatly improving and extending the overall structural strength of the display adjustment support structure 3. And service life. In the present creation, since the movable cylinder 410 is integrally formed. Moreover, the special rib 411 and the receiving groove 412 can not only greatly reduce the weight of the movable 11 M324948 moving cylinder 410, but also effectively improve the structural strength of the movable cylinder, and greatly reduce the adjustment support structure 3 in the display. Use metal (such as · iron, copper, etc.) materials, (4) instead, other non-metal (such as plastic, bakelite, plastic steel, etc.) materials for the display of the main material of the display, so, in At present, under the trend of increasing metal prices, this creation can effectively reduce the production and transportation costs of the surface display adjustment structure 3, and it can further improve its market competitiveness. In the preferred embodiment of the present invention, as shown in FIG. 2, the top surface of the base 300 is provided with a insertion slot 3〇1, and the insertion slot is provided for the support cylinder 31. The bottom end is inserted therein such that the support column can be more stably connected to the base 3, so that when the display 2 sequentially passes through the multi-directional rotating shaft 320, the column and the supporting cylinder 31, When being firmly connected to the base 300, the user can easily adjust the angle or height position of the display 2 through the multi-directional rotating shaft 320 or the movable cylinder 41 and the constant-force spring 500' according to actual needs. The swaying problem of the shed 2 is effectively reduced, and the damage or deformation of the support structure 3 is improved by adjusting the angle or height of the display 2. In the above preferred embodiment, as shown in FIG. 2, the base and the size of the base 300 can adjust the actual volume and weight of the support structure 3 and the picker 2 according to the display. The design is replaced as long as the base 300 can stably support the display adjustment support structure 3 and the display 2. In the preferred embodiment, as shown in FIGS. 2 and 3, the bottom end of the support cylinder 310 is provided with at least one first fastening unit 4〇1, and the 12 M324948 first=fixing unit side Is in the form of a bump, and the insertion slot is deleted from the position of the first fastening unit 401, and is respectively provided with a second fastening unit to move the second fastening unit and the first The fixing unit side is matched and is inserted into the insertion slot 二 '2 far-distance fastening unit 4 at the bottom end of the branch column 31〇 (n, the moving system can be snap-fitted and integrated into each other, so that In the foregoing embodiment of the present invention, the second fastening units 402 are in the shape of a hole, and the first fastening unit is in a convex shape, but only described above. According to an embodiment of the present creation, the creation of the creation is not limited to this, and according to the design concept of the creation, the fastening elements are designed to be mutually coupled and fixed. 'Make Wei support column fine not only the base of the secret domain, but also disassemble from the base coffee, and more stable with the base 300 It can be integrated into the whole body so that it can reduce the transportation cost by dismantling to reduce the miscellaneous product during packaging and transportation, and it can avoid the problems of hair loss, breakage, deformation, etc. during transportation. Such as the bayonet Γ '40 ^ 402, combined with Chen Ming. Therefore, in other implementations of the present creation:: the first fastening unit 401 is not limited to only the convex-shaped two-card solid unit 402 nor is it limited to only The card can be in the shape of a hole, and the card holders can be sighed by other structural features according to the actual adjustment of the display structure 3 of the display, such as: the first fastening unit 4〇1 The second fastening unit is designed to be in the shape of a hole, and the second fastening unit can be snap-fitted to the body, and the supporting cylinder 31 and the base _ and the decomposition are 13 M324948 In the preferred embodiment, as shown in FIGS. 2 and 4, the support cylinder 310 has at least two first positioning ribs 404 ′ extending toward the movable cylinder 41〇. The equal-positioning ribs form a guiding chute 405, and the movable cylinder is opposite to the first-gravity convex The tearing position is respectively provided with a second positioning rib 413, and the second positioning rib 413 forms a guiding slide 414, and the guiding sliding rail 414 is matched with the guiding sliding groove 405. Therefore, when the movable sliding block 414 and the guiding chute 405' enable the movable cylinder 41 to move up and down within the supporting cylinder 31, the stability is effectively improved, and the activity is avoided. The column body is improperly rubbed or loosened between the column body 310 to prevent damage or deformation between the movable cylinder 410 and the support cylinder 310. It is necessary to specifically mention the above. It is only one embodiment of the present creation, and the present invention does not ship here when it is applied continuously. According to the design concept of the present creation, the first positioning rib 404 and the second positioning rib 413 are The shape configuration or design position 'or the shape of the guide chute secret and the guide slip 414 or the position of the delta count is another equivalent displacement or adjustment as long as the movable cylinder 410 can be smoothly and stably The support cylinder 31 is moved up and down to avoid the production of the movable cylinder 410 and the support cylinder 31. Improper or loose by friction 'are referred to herein based on the present creation of the first positioning rib and the second positioning rib 413, or the movable guide chute 405 and the movable guide rail 414. In the preferred embodiment, as shown in FIG. 2, the support cylinder 310 is formed by combining a first housing 31 and a second housing 312. The first housing 311 and The second housing 312 can be easily assembled and disassembled, and a space is reserved between the first housing 311 and the 14th M324948-dual 312 for accommodating the activity. The cylinder is such that the active field can be lifted and lowered within the support cylinder 310. In the present creation, since the column body 31 can be easily assembled or disassembled, the efficiency of the display structure 3 in the modular production and assembly process can be effectively improved. In addition, in the preferred embodiment, one end of the fixed force spring 5 is fixed on the first housing 311 to a position adjacent to the second housing 312 and adjacent to the top end, and the rest is When the force is not applied, it is stored in the receiving groove 412 provided in the movable cylinder 410 in a curled manner. When the multi-directional rotating shaft 32 and the display 2 are attached to the top end of the movable cylinder 410, Since the elastic force of the constant force spring _ is balanced with the weight of the workpiece mounted on the top end of the movable cylinder, the money only needs to pull up the display 2 (or the movable cylinder 410), the constant force spring The remaining portion of the crucible is stored in the receiving groove 412 in a curled manner due to the unstressed force, or the display 2 (or the movable cylinder 410) is pressed down, so that the constant force spring 5〇〇 The force is pulled into a flat shape, and only the other end of the constant force spring 5 is received in the housing groove 412 to support the weight of the component mounted on the top end of the movable cylinder 41 and its own weight. In this way, the user can easily adjust the position of the display 2 (or the movable cylinder 410) by using the principle that the elastic force of the constant force spring 5〇〇 is balanced with the weight of the component mounted on the top end of the movable cylinder 410. The display 2 (or the movable cylinder 41〇) can be adjusted to be positioned at any height position on the support cylinder 310, thereby effectively improving the convenience of use. Moreover, in the preferred embodiment, the first housing 311 is disposed adjacent to the base 15 of the bottom portion M324948, and is provided with a first positioning hole, and the first positioning hole 601 is configured to be used for the component positioning. Wherein, the movable cylinder is disposed at a position relative to the positioning hole 601, and is provided with a second positioning hole 602'. The second positioning hole 6〇2 can be used for the positioning component 6 (9) to be inserted therein. The movable cylinder 410 is placed in a predetermined position, so that the rest of the fixed-force projectile 500 is stretched into a flat shape by force, and only the other end of the fixed-force bomb I 500 is stored in the storage. In the case of the slot 412, the remaining portion of the stationary force is stretched into a flat portion, and a third positioning hole is provided at a position along the first positioning hole, so that the positioning component can After the first positioning hole 6〇1 and the third positioning hole _ are sequentially penetrated, the second positioning hole is locked in the second positioning hole, so that in some cases (for example, the display device does not have the adjustment structure 3 When the display 2 is connected, in order to accommodate the movable cylinder 410 into the support cylinder 31Q, and the support cylinder 3 is not ejected, The locating element _ can be inserted through the first positioning hole 601 and the third positioning hole _, and locked in the second positioning hole 602, and the branch cylinder _, the elastic element measures the The movable cylinder 410 is fixed at a minimum height to effectively shorten the overall height of the display adjustment county structure 3 for convenience, and storage. In the preferred embodiment, as shown in Figures 2 and 3, the multi-directional season is adjusted by 320 series to adjust the display 2 in various directions, and the other end of the multi-directional shaft 320 The position of the display 2 is connected with a limit opening 323, and the position of the display 2 corresponding to the limit opening can be matched with the limit opening 323, so that the limit opening is used for the purpose of 16 M324948. In order to limit the rotation angle of the display 2, the display 2 is prevented from being excessively rotated to cause entanglement or damage of the connecting wire. On the other hand, the moon is used to allow the user to quickly rotate the display 2 to another correct display angle position. , effectively improve the convenience of adjusting the display angle. In the preferred embodiment, as shown in FIG. 2, the movable cylinder 410 is connected to the multi-directional rotating shaft 32〇 at a position where a third casing (10) is attached. It is used to sequentially frame the movable cylinder 41〇 and the support cylinder (10) to increase the beauty and integrity of the entire county structure. The multi-directional rotating shaft 320 is provided with a fourth casing 321 for shielding the multi-directional rotating shaft 320, and the other end of the multi-directional rotating shaft 320 is adjacent to the fourth casing 321 and is provided with a fifth shell. The body 322 is configured to shield a portion between the other end of the multi-directional rotating shaft 320 and the fourth casing 321 , such as the third casing 313 , the fourth casing 321 , the fifth casing 322 , and the like The combination of the three can adjust the angle and height of the multi-directional shaft 32〇 and the movable part such as the movable cylinder to adjust the angle and height, so that the dust is not easy to enter. In order to prevent the failure of such active parts, and to avoid the problem that the display angle and height of the display 2 cannot be adjusted. It should be noted here that, in the above preferred embodiment, as shown in FIG. 2, the shape and size of the shells, 312, 313, and 32 322 may be _ The display of the structure of the woman's cutting structure 3, and the transformation of the shape structure and design position, so the creation of the creation in practice and not limited to the unique structure described above, according to the concept of this, such The shape of the housing 31, 312, 313, 32, 322, ς 17 M324948 is a design or design position, and other equivalent replacement or adjustment, as long as the housings 311, 312, 313, 321, 322 can be shielded and dustproof. The effect is the so-called shells referred to herein by the author. - According to the above, it is only a preferred embodiment of the present invention, but the structural features of the present creation are not limited thereto, and any person familiar with the art can easily change or modify in the field of creation. , can be covered in the following patent scope of this case. [Simple diagram of the diagram] The first diagram is a schematic diagram of the decomposition of the H-cell structure of the conventional age; the second diagram is the structure of the adjustment display of the display of the present invention - the embodiment decomposes the decline and the third diagram is the adjustment support structure of the creation display The other embodiments of the present invention; and the fourth figure are schematic diagrams of the support of the present creation and the movable cylinder. [Main component symbol description] Display.....................2 Base.................... ....300 Support cylinder..................310 Second housing..................312 The fourth shell..................321 Multi-directional shaft..................320 First-^ solid Unit............401 First positioning rib............404 Activity cylinder............... ...410 Display adjustment support structure...3 Inserting groove··· First housing Third housing Fifth housing limit opening... Second clamping unit guiding chute···· ·· Ribs............ 301 311 313 322 •323 •402 •405 •411 M324948 Storage Slots.................... .412 Guide rails..................414 Positioning elements..................600 Second positioning holes ...............602 Second positioning rib............413 Constant force spring............. .....500 First positioning hole..................601 Third positioning hole..................603
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