200849992 九、發明說明： 【發明所屬之技術領域】 本案係一種支撐結構，尤指一種可讓一被支撐物，例 如平面監視_糾_鶴紅續結構!叉 【先前技術】 平面監視器，例如液晶監視器、液晶電視或電漿電 ，…等，因具财質輕、薄化及無輻射料優點，故已逐 之映像管(CRT)監視器。由於液晶及電聚監視200849992 IX. Description of the invention: [Technical field to which the invention pertains] The present invention is a support structure, in particular, a support object, such as a planar monitor, a correction device, a fork, a prior art plane monitor, for example LCD monitors, LCD TVs or plasma batteries, etc., because of their advantages of light weight, thinness and no radiation, they have been imaged (CRT) monitors. Due to liquid crystal and electricity monitoring
^觀賞時具有視肖之關，是以，其與底座間大都設有 至乂 一轉軸結構，使該監視器相對於底座具有仰角調整之 功能。 然而此種方式卻無法提供該平面監視器升降及前後移 動功能，因此，業者開發出一種平行設置輔助連接件， ，二連桿之端部分職裝於—連接元件上端1鉸^及 下&之基座鉸鍊之間’例如中國於2006年3月8日授權 $告之CN 1244852C號專利案之「在傾斜結構方面得以 f進的監視器」（對應於美國第6,822,857號專利案)為例， =該案圖5所示之元件標號為1〇〇、11〇即為彼此平行之 ，輔助連接元件。其中，該連接元件侧邊之一對輔助連 接疋件=主鉸鍊和基座鉸鍊構成一四連桿機構，從而該輔 =連巧元件將連接元件相對於基座元件的旋轉運動轉換為 監視器主體的傾斜運動。亦即，如欲進行監視器主體高度 調整時，該連接元件沿上下方向傾斜監視器主體時，僅^ J支架相結合的第二和第三摩擦彈簧(套筒)會繞著第三g 弟四鉸鍊銷旋轉，使得監視器主體於位移過程中仍會保 原有角度。 曰” t 固然，該前案提供一種在傾斜度、平面旋轉，及高度 5 200849992 方面對監視器主體進行控制，因而可在不管高度控制的情 持傾斜度。*於該連接元件相對於基座元件的旋轉 建動係為扇形，使得該監視器主體於高度調整時，並非垂 升降，而是呈扇形之移動，以致在高度調整同時產生 =後位移，此對空間不足之場合，往往造成調整時之困擾， 而亟待相關業者之改善。 【發明内容】 —if於此’本財請人本好年來從事轉軸設計及產 心潛心研究，雛另_徑，藉以克服前述支樓 二一j3又调整時，同時會產生前後位移之缺失，希冀提 “fii支舰構於高度調整時，所連結之被支撐物係 ϊί 前後位移之暖’以避免該支樓結構佔 實驗與測試’進而發展出本案之「可 樓升降之支 ，件底、頂4別=㈡接：j 接元件上端相鄰接’且兩者至少-侧 ϊ接^^ 向ί轉之連動元件；一上插轴鼓鍊，係 及if連接元件上端’並分別穿越-連動it件後，於m-鍊，係極接於該第二連接件下端，並 滌蘇地搞接於一苴血々L ·，. 災成弟一運接7C件可 置；二錢ΐ，係分別插接於該第1接=^端 旋轉地樞接於一基座之上；至少二 =一于1 :各連桿機;各自連接= 舳之上樞軸鉸鍊與第一中繼樞軸 200849992 鉸鍊及弟一中繼樞軸錢鍊與下樞軸鉸鍊之間；俾當該第一 及弟一連接元件藉由互為反向旋轉之連動元件之作用，而 各自反向繞者一中繼植轴欽鍊及一下框轴欽鍊旋轉，而各 連桿機構為因應各連接元件於旋轉所形成之位差，而轉換 產生補償該位差之旋轉，而使該支承裝置與銜接元件可垂 直升降者。 r 本案之次要目的在於提供一種可垂直升降之支撐結 構，其中該第一及第二連接元件之上、下端兩側分別延伸 了對上凸耳及一對下凸耳，且各凸耳具有一貫穿之孔洞， 以便供對應之樞軸鉸鍊穿越，並可分別嵌插一中繼軸套， 另將兩連動元件各自套接於相鄰之第一及第二連接元件之 下端與上端之中繼軸套，並將之互為嚙合。或 轴各凸耳具有—貫穿之孔洞，以便供對應之樞 牙越’而兩連動元件則各自設於下、上凸耳，並互 馬喷合。 構，33一、=在ϊ提供一種可垂直升降之支撐結 助:箬，：牛下端之下樞接鉸鍊套接-第二輔 :八兩鈿刀別抵住第一連接元件與一下支架。 構，供一種可垂直升降之捕結 片，1上°、左右排列之—内拉片及一外拉 鍊與ϊ—與上極轴欽 有一環孔，俾分別供兩拉片之=嵌==向兩端各設 200849992 構，iiiis的i於提供一種可垂直升降之支標結 形之;包括一固定座，其中央開設-多階 動。而盤，使該迴轉盤可在該固定座表面轉 中央之片孔周緣向外延伸一扇形限位槽， 構，ifϊί2的在於提供一種可垂直升降之支撐結 滅二31承襄置具有一支承件設於該第一連接元件上 動之方具有—對接臂，其間則樞接—可俯仰擺 ?ϊ:!ί臂，其係鄰接於該支承件之-對接臂，另i 整扭黃==住==;端封件連接’該調 構，於提供一種可垂直升降之支撐結 一軸ί穿调整件間設有一迴轉鼓鍊，其係藉由 ==刚方突伸一擋榫，其係插入該主架片預設之弧形限 構，於提供一種可垂直升降之支撐結 2於該調整件前方’其對應各凸點開設定 \i相鄰定位孔間另設有—弧形滑槽。 構 ，於提供一種可垂直升降之支縣 八中該支承鉸鍊之軸桿與調整件間依序串接一扣接環 200849992 擺卡掣環，該扣接環内表❺具有一對 越過一卡槽邊緣之擋緣後，直到卡扣轉1 該主架片相對於支承件係改變其另卡槽内，而使 【圖式簡單說明】 斗、一步揭示本案之具體技術内容，首先古奢炎期阁 圖iii=S組=工承件之立‘圖 構調整高度後之立體圖，H 6 A太圖5為本案支撐結 結合後之立二=及圖圖撐結構與被支撐物 藏 一 如圖1至圖5所示，其士 μ t ^ 第一連接元件1，-上枢^ 2 *5之支撐機構係由一 接鉸鍊4，-下樞接^鍊5，’ ^m3，二 基座7 ’及:支承裝置8所組合而成/ —連㈣構6 ’ 一 別具C上長形_ ’其底、頂部分 七Γ 21t連f並呈可迴動狀態。如圖^，=7? 2側邊/刀別延伸一對第一上凸耳13及 製造成本，5¾ ^ jjt 1 /^ 15。且為降低 μ 連接70件1係採用鋅合金鑄造成型，另 200849992 於各對凸耳13、14内得各套接一中繼軸套16。 11 上樞 於第一:盍接-第連接元件1 一侧係由一第一軸桿21 並為一端封件24,例如防脫螺帽相^合， 賴絲件81 __連接元件 ^Li7st 部35。且HHt，使各對凸耳間各自形成一凹入 金鑄造第本」:凸第二件:係採用辞合 中繼轴套36。 了弟―上凸耳33、14内得各套接一 1、t自樞接於該第一、第二連接元件 柩，鉸鍊4。如圖所示，該字之區:為第-、第二中繼 別藉由-第二轉41 ^一 第7中繼樞接鉸鍊4分 ^ 31 ；5^35 1 ' 3 及第二上凸耳H側牙越該弟一下凸耳14 下、上轴=-16、36、三只橫向排列之 使各第二軸桿41外牛、以及至少一彈性元件43， 干1外&為一端封件44，例如防脫螺帽相結 200849992 a並迫緊前述之各元件，使該一 兩側分別糾-嬉树4^合。雜元件1、3 接-連動元件45，例如 =配H式各自套 件卜3相鄰之下、二者該弟-及第二連接元 ^n±^s3 ； 14 於下、上凸耳Μ、33，如H則各自設 「=元Γ;，下連動二係=以 1繞著其底部之該中繼插接鉸鍊4， 下連==5 係以順時針方向轉動，由於該 i气於第二連接元件3，而將使得該第二 因此，ϋ時^向ΐ著該下槐接欽鍊5轉動。 -中繼:2i:i件及第二連接元件3分別繞著第 侔1 鍊4及下植接鼓鍊5轉動時，藉由各連接元 接元# ί 置連桿機構6之作用，將使得該兩側之銜 接疋件42係與基座7保持原有角度狀態。 第#連接元件1底部中繼樞接鉸鍊4之第二 垃!放Λ接一弟一辅助扭箸46，其兩端分別抵住第一連 接70件1與另一中繼樞接鉸鍊4之第二軸桿41。 下樞接鉸鍊5係可旋轉地設置於該第二連接元件3 端=2之-對第二上凸耳與一基座7之間。如圖所示，該下 ^接鉸鍊5於第二連接元件3 —側係由—第三軸桿51於 ^連接元件3下端32之凹入部35内穿越一第二辅助扭 頁一第二下凸耳34、一限位片53、三只橫向排列之 下軸環63、一下支架54之直立下撐耳541、以及至少一 11 200849992 ' * * 彈性元件55，使該第三軸桿μ外端為一端封件邡，例如 防脫螺帽相結合，並迫緊前述之各元件，使該下支架54 相對於該第二連接元件3可產生迴動及停滯定位效^。 *其中，該限位片53周緣向内突伸之—^榫531係怪 吊'地容置於該各第二下凸耳34肖圍呈弧形凹入之角度限 制槽341頂端’進而令該第二連接元件3相對於兩下支架 54形成-預設之傾斜角度。而該第二連接元件3底部： 下樞接鉸鍊5之第三軸桿51套接—第二輔助扭# 52:、盆 r f端分別抵住第一連接元件1與與一下支架54。該第」、、 第亏輔助扭簧46、52之作用在於被支揮物，例如平面監 視器的重量與該兩輔助扭簧46、52轉力總和相互抵銷， =致使用者可藉由施加-很小的力，即可很容雜相對於 ，座7對被支撐物進行高度調整。尤有進者，該兩下架 紐7，㈣核具麵直料之功能，故 3須考1習知支揮裝置於升降調整時尚有前後位移之困 ^以致大多將該支撐結構之底部樞接於基座後端之 現象。 如圖所示，該上樞接鉸鍊2、二中繼樞接鉸鍊4,及下 樞接鉸鍊5之軸桿21、41，及51係單一設置，並藉由i 兩端分別穿越習知之雜元件、彈性元件，及端封元件:、 成為一種串接式轉軸結構，且各軸桿表面具有銑面之 二举以便與該等連桿機構6之複數片軸環形成連動。 實務上，如述之上拖接鉸鍊2、二中繼樞接鉸鍊*，及 :樞接鉸鍊5之軸桿21、41，及51不以前述之單一嗖 其亦得兩只對稱設置為之，並串接習知之摩擦元β件、 件，及端封元件亦可達到相同之效果。此外，本 係利用前述之φ接式難結構作為連接與形成干涉方式^ 12 200849992 連接兀件3之間7职固尸/Γ不，該第一、第二遠接生 -側上、下端各設有一連桿機構6 篇:::早3 端f具有一_ 64，以便分別與上枢二 才干機構6之兩拉片61、62之上、下端分別為三 軸環63所包夾，且該等軸環63徑向兩端各产丨 631 ^ 61.62 H，各雜環32間未樞接之挪環孔‘ 目狀三只軌63^巾H 65f 一外拉片62之軸銷64及-内拉片61之軸銷64盘沟 一中繼插銷65所串接，使兩拉片61、62之上、〃 樞接於上、下方三只軸環63之徑向兩端。 再者，該等四組軸環63分別為上樞軸鉸鍊2、第一中 鉸鍊4及冑二巾雜概鍊4、下姉鱗5之軸 越，並形成連動。如前所述，當該第一連接元件1 ίί二連接元件3分職著第—巾繼樞接鉸鍊4及下樞接 ^鍊5轉動時，由於該第一連接元件1與第二連接元件3 嚙合之兩連動元件45會彼此呈反向旋轉，例如在降 巧=度時，該第-連接元件彳會繞著第_巾繼姉较鍊4 逆時針方向旋轉，使設於其側邊之上連動元件45亦逆時針 13 200849992 v % 則猶針方向_，使與之連 ϊΐί施ίϊϊϊΐ之位差’使其内拉片61及外拉片62 1使上' 下軸環63產生補償該位 弟士一連接元件1之旋轉方向)旋轉，而使 於連“开株件81維持原有的角度。同理，連接 f 絲、ί 一連接疋件1、3兩側之銜接元件42因正、反向旋 ==孫:維持相對於基座7之原有角度。是以，該 連杯機構6係為一種辅助連接裝置，其主 查 響該支承裝置8與銜接有角的，轉’而不致影 璉上：該至少二連桿機構6基本上係依據四連桿原 i 各自連接於該第一及第二連接元件1、3 上、下鈿之上樞軸鉸鍊2與第一中繼樞軸鉸鍊4及 ==與下樞軸鉸鍊5之間。因此，依照四連ί原 巧兩拉片6彳、62麟絕對設於該第—及第二連接元件 1、3之一側，其亦得分開設於該第一及第二連接元件）、 ^之兩側，其僅需以兩端之軸銷64分別錯開樞接於至三 轴環63徑向兩端之環孔631，亦可達成相同之效果 讀形觀，_核之雜鶴6所欲保 缦之乾臂。 尤有進者，前述之彈性元件22、43，及55實施時， 14 200849992 ^以碟轉片、触彈片或彈簧為之，俾提供適當之迫緊 所連1ί第二連接元件3利用該下樞軸鉸鍊5 係-在simIi支ί 54接裝於—基座7表面。該基座7 合-^央開設一多階形之穿孔711，該孔内結 二一卢π!!, 2，該固定片72中央之片孔721周緣向外延 位槽722，另將—底蓋73以習知之結合件，例 =螺4牙越並鎖固於亦套接於穿孔711表面之迴轉盤74， 盤74可在細定座71表面轉動。而該對ΐ支架 韓迴轉# 74，使整組支樓結構可在基座7上 ί 位置向下突伸一卡榫741，使該迴轉ί 動侷限。另外’為使該迴轉盤71及底蓋73轉 夕p卩二=*疋片72形成較小的摩擦，故分別與固定片72 之間§又有一耐磨片75。 ’該第—連接元件1侧該上樞軸鉸鍊2 m > Pf裝置8，其具有一支承件81設於該對第一上凸 度，使4。^^^ ΐΓ ?知者，乃在於其係翻轉90 ϊ ϋίί連接之主架片83無支撐結_向設 ΐΐϊί件81上方具有—對接臂8彳1，其關樞接一可 整件82，錢為—U雜體，實施時，係用 面監L連i該主支架83則與被支撐物’例如平 向後延伸之一對擺臂821係鄰接於該對 “、後以一支承敍鍊84之第四軸桿84彳穿越一對 ^ 、一對擺f 821、及兩臂間之至少一調整扭菩842 後，於-擺臂821外側與-端封件843，例如防脫螺帽連 15 200849992 ' ' t - 整件82姆_支科81具錢仰調整及無 之效果。哺至少一調整扭簧842係套接於 扭ί L 2外，該簧管844供軸桿841穿越，且各調整 此fLr： fe 分別抵住支承件81與調整件82，而具有調 的效果。尤有進者’該對接臂811周緣相對 掛ϊ钤形限位槽812，而該調整件82之一龍臂821 812亦相對向内突伸一對抵榫822，以作 ’該對接臂811與擺臂 W目縣摩擦片845，以避免兩臂之過度磨耗。 85，片83與調整件82間設有一迴轉錢鍊 /、糸^由一弟六軸桿851穿越該主架片83及調整 hH端封件852，例如防脫螺帽連接，使該主架 榫其係插入該主架片83預設之孤形限 ，以作為被支撐物迴轉之限制’例如水平向調 it本fi支赌構分別與基座7及支承裝3 π 〇後之悲樣，如圖4所示。再者，為使得該主_ 麟具有之段祕^麟^六: 歧—轉動片853，其内側面突設若干凸點854，另 將-疋位片855裝設於該調整件82前方，其對庫 刚設定位孔856，且相鄰之定位孔856=m 形滑槽啦。是以，當主架片83迴轉時1另點又1 ^ 脫離原有之定位孔856，喊人賴857 1之定位孔856内時，會產生頓點效果，以明確^知^ 用者該被支撐物已調整至定位。 吏 接-第门四轴桿841與調整件82間得依序串 接扣接％ 86及一固設於擺臂821外側之卡擎環8?，該 16 200849992 Ϊίϋ86内表面具有一對突設之環榫861，而卡掣環87 兩組弧形凹入之卡槽871 °當該調整件82 Ϊ向^^’使扣接環册之各環棒861越 j卡槽871邊緣之擋緣後，直到卡扣於另一 71 主架片83相對於基座7如圖93及圖9b所示 =5所示，當對被支樓物進行升降調整時，前已述 鲈一 :第二連接元件1、3會分別繞著第-中繼樞接 iilf/插接欽鍊^5轉動，使兩者間互為唾合之兩連動 播鐘促使該該？—、第二連接元件1、3彼此呈反向 =轉。於此同時，該第一、第二連接元件卜3至少一侧連 鉸鍊2與第-巾雜接鱗4和第三中繼極接 鉸f4與下樞軸鉸鍊5之連桿機構6則為因應該第一、第 :連^件1、3之位差，使其產生補償該位差的反向旋 而保持該支承裝置8，與該兩中繼樞接鉸鍊4外侧 所連接之銜接元件42維持垂直於基座7之原有角度。 如，6所示’係將本案之支稽結構之頂、底部分別接 的L支承褒置8及一基座7後，該支承裝置8之主架片 連接一水平向擺設之被支撐物，例如平面監視器。應 f意的是，支撐裝置係侧向連接該平面監視器。如…圖^ ，7b所示，乃本案支撑結構調整升降之示意狀態，前已 該支撐結構之兩連接元件1、3間藉由互為嚙合連動元 =45之帶動，可互為反向旋轉，而加快升降速度，另藉由 =於且各連巧元件1、3至少一侧之連桿機構為因應其位 而產生補你該位差的反向旋轉，從而令該平面監視5| 維持垂直升降移動，而不會造成前後位移的狀況發生。 如圖8a及圖8b所示，其係將該平面監視器與支承裝 17 200849992 .1 1 < ίϊϊίί SC82上旋轉之立體圖與背視圖， 位於限位槽咖内之播榫=巧 由水平向轉換成垂直向。 平面所示’當調整件82與主架片83隨著 -卡=工後使=i86之各環榫861越過 :使該主架片83相 低基座7與平= 本。 曰縮J材積，而有利於包裝’並減少運輸成 於升其紅綠傳統之支撐結構 imi!時，目被讀物會形絲骑動，而造成 产巧敕❿二处而使得該被支撐物確實為垂直升降之高 ==不致佔用佔用過多之空間。此外，由於本宰： 後量=應;述被支撐物 化覺ί美感訴求’誠為;變 审七if所揭不者，乃較佳實施例之一種，舉凡局部之變 if #之技彳枕想鱗翻該獵藝之人所 易於^知者，俱不脫本案之專利權範疇。 東’本案無論就目的、手段與功效，在在顯示 ΐ技術特徵，且其首先創作合於實用，亦在 日之ίΐΐ件’懇請貴審查委員明察，並祈早 曰賜予專利，俾嘉惠社會，實感德便。 【圖式簡單說明】 圖1為本案支撐機構之立體分解圖。 18 200849992 圖2為本案基座之立體 圖3為本案支承件之立體分解s。 構調整高m 本案調整升;圖 “立體圖及ίί圖案，結構將被支撐物轉成與基座平^There is a viewing angle when viewing, so that there is a shaft structure between the base and the base, so that the monitor has the function of adjusting the elevation angle with respect to the base. However, this method cannot provide the function of lifting and moving back and forth of the plane monitor. Therefore, the manufacturer has developed a parallel connection auxiliary connecting member, and the end portion of the two links is mounted on the upper end of the connecting member 1 and the lower & Between the pedestal hinges, for example, the "Monitor in the tilt structure" (in the case of US Patent No. 6,822,857), which was issued on March 8, 2006, by the Chinese Patent No. CN 1244852C. = = The components shown in Figure 5 are labeled 1 〇〇, 11 〇 are parallel to each other, auxiliary connecting elements. Wherein, one of the side edges of the connecting element forms a four-bar linkage mechanism for the auxiliary connecting element=main hinge and the base hinge, so that the auxiliary=coupling element converts the rotational motion of the connecting element relative to the base element into a monitor The tilting motion of the subject. That is, when the height of the monitor body is adjusted, when the connecting member tilts the monitor body in the up and down direction, only the second and third friction springs (sleeve) combined with the bracket will surround the third g brother. The four hinge pin rotates so that the monitor body maintains the original angle during the displacement process.曰" t Of course, the previous case provides a control of the monitor body in terms of tilt, plane rotation, and height 5 200849992, so that the inclination can be maintained regardless of the height control. * The connecting element is opposite to the base The rotation of the component is fan-shaped, so that the height of the monitor body is not vertical and downward, but is a fan-shaped movement, so that the height adjustment is accompanied by a = rear displacement, which often causes adjustment in the case of insufficient space. The troubles of the time, but urgently need to be improved by the relevant industry. [Invention] - If this is the case, I have been working on the design of the shaft and the research of the heart, and the other is to overcome the above-mentioned branch. At the time of adjustment, there will be a lack of front-rear displacement, and it is hoped that “the fii-supported ship will be developed in the height adjustment, and the connected support system will be warmed by the displacement of the front and rear to avoid the structure and test of the branch structure.” In this case, "the branch of the building can be lifted and lowered, the bottom of the piece, the top of the top 4, the other is not connected to the upper end of the j-connected component, and the two are connected at least to the side. The tying drum chain, and the upper end of the if connecting element 'and respectively traversing - interlocking the it piece, after the m-chain, is connected to the lower end of the second connecting piece, and is connected to a blood 々 L · The disaster-stricken brother can be placed in a 7C piece; the second money is inserted into the first connection and the second end is pivotally connected to a base; at least two = one to 1: each link Machine; respective connection = 舳 upper pivot hinge and first relay pivot 200849992 hinge and brother-relay pivot chain between the money chain and the lower pivot hinge; when the first and the younger one connected components by mutual For the function of the interlocking elements of the reverse rotation, each of the reverse windings is a relaying planting axis and a lower frame axis, and each of the link mechanisms is adapted to the position difference formed by the rotation of the connecting elements. The conversion produces a rotation that compensates for the difference, and the support device and the engaging element can be vertically lifted. The second objective of the present invention is to provide a vertical lifting support structure, wherein the first and second connecting elements are The upper end of the lower end respectively extends the upper lug and the pair of lower lugs, and each lug has a through hole In order to pass through the corresponding pivot hinge, and a relay bushing can be respectively inserted, and the two linking components are respectively sleeved on the relay bushings of the lower end and the upper end of the adjacent first and second connecting components, and The two lugs of the shaft have a through hole for the corresponding pivotal teeth, and the two interlocking elements are respectively disposed on the lower and upper lugs, and are mutually sprayed together. = Provide a support for vertical lifting support: 箬,: pivot joint hinge under the lower end of the cow - second auxiliary: eight knives do not resist the first connecting element and the lower bracket. Vertically lifting and catching piece, 1 upper, left and right - inner pull piece and one outer zipper and ϊ - and upper pole axis have a ring hole, 俾 respectively for two pull pieces = embedded == each end 200849992, iiiis i provides a vertical extension of the shape of the support; includes a fixed seat, the center of which - multi-step movement. And the disk is such that the rotary disk can extend outwardly from the periphery of the surface of the fixed seat to a fan-shaped limiting slot, and the frame is provided with a support for vertical lifting. The component disposed on the first connecting component has a docking arm, and the pivoting armature therebetween can be tilted to the -:! 臂 arm, which is adjacent to the butt arm of the supporting member, and the other is twisted yellow= = live ==; end seal connection 'this configuration, in order to provide a vertical lifting support, a shaft ί wear adjustment between the set of a rotating drum chain, which is by == rigid square protruding a block, its system Inserting the arc-shaped limit of the preset of the main frame, providing a support node 2 for vertical lifting and lowering in front of the adjusting member, 'the corresponding convex opening setting\i is additionally provided between adjacent positioning holes--arc sliding groove. The utility model provides a vertical connection between the shaft of the support hinge of the Yazhong County and the adjustment member, and a fastening ring of the 200849992 swinging ring, which has a pair of crossed cards. After the edge of the groove is closed, until the buckle turns 1 the main frame piece changes its card slot with respect to the support member, so that [the simple description of the drawing] bucket, one step reveals the specific technical content of the case, first of all, the ancient luxury Period iii=S group=Section of the work piece's perspectiveFig. The height of the figure after adjusting the height of the figure, H 6 A too Figure 5 is the combination of the supporting structure of the case and the figure support structure and the supported object As shown in FIG. 1 to FIG. 5, the support mechanism of the first connecting element 1 and the upper pivot 2 *5 is composed of a hinge 4, a lower pivoting chain 5, '^m3, two bases. Block 7 'and: support device 8 combined / connected (four) structure 6 'one with C upper shape _ 'the bottom, the top part of the seven Γ 21t even f and can be reversible. As shown in Fig. 2, =7? 2 side/knife extends a pair of first upper lugs 13 and manufacturing cost, 53⁄4 ^ jjt 1 /^ 15. In order to reduce the μ connection, 70 pieces of 1 series are formed by zinc alloy casting, and another 200849992 is provided with a relay bushing 16 in each pair of lugs 13 and 14. 11 The upper arm is at the first: the splicing-the first connecting member 1 is flanked by a first shaft 21 and is an end seal 24, for example, a detachable nut, the splicing member 81 __ connecting member ^ Li7st Part 35. And HHt, each of the pair of lugs is formed with a concave gold casting first": the convex second piece: the reincarnation relay bushing 36 is used. In the younger brothers, the upper lugs 33, 14 are sleeved one by one, t are pivotally connected to the first and second connecting elements 柩, the hinge 4. As shown in the figure, the area of the word: for the first and second relays by means of - the second turn 41 ^ a 7th relay pivot hinge 4 points ^ 31; 5 ^ 35 1 ' 3 and the second The lug H side teeth are the lower ones of the lugs 14 and the upper shafts = -16, 36, and the three laterally arranged so that the second shafts 41 and the at least one elastic member 43 are dry and the outer & One end seal 44, such as a detachment prevention nut, is attached to 200849992 a and is forced to the aforementioned components so that the two sides are respectively erected. The miscellaneous components 1, 3 connected-linked components 45, for example, the sub-groups of the H-types are adjacent to each other, and the two are connected to the second and the second connecting elements ^n±^s3; 14 in the lower and upper convex lugs, 33, if H, then set "= yuan Γ;, the next linkage second system = 1 around the bottom of the relay plug hinge 4, the lower connection == 5 is rotated in a clockwise direction, because the The second connecting element 3 will cause the second, therefore, to rotate toward the lower jaw chain 5. - Relay: 2i: i and second connecting element 3 respectively around the first chain 4, when the lower planting drum chain 5 is rotated, by the action of the connecting member 6, the connecting members 42 of the two sides are kept at the original angle state with the base 7. #连接元件1 The second relay of the bottom pivoting hinge 4 is attached to the first and second auxiliary hinges 46, the two ends of which respectively abut the first connection 70 1 and the other relay pivot hinge 4 The second pivoting rod 41. The lower pivoting hinge 5 is rotatably disposed between the second connecting element 3 end = 2 - between the second upper lug and a base 7. As shown, the lower hinge The hinge 5 is connected to the second connecting member 3 The shaft 51 passes through a second auxiliary twisting plate, a second lower lug 34, a limiting piece 53, three laterally arranged lower collars 63, and a lower bracket 54 in the recessed portion 35 of the lower end 32 of the connecting member 3. An upright lower lug 541, and at least one 11 200849992 '* * elastic member 55, such that the outer end of the third shaft μ is an end seal, for example, a retaining nut is combined, and the aforementioned components are forced to The lower bracket 54 can generate a reversing and stagnant positioning effect with respect to the second connecting member 3. * wherein the limiting piece 53 protrudes inwardly from the periphery of the limiting piece 53. The second lower lug 34 is formed by an arcuate concave angle limiting groove 341 'top end' and the second connecting element 3 is formed with a predetermined inclination angle with respect to the two lower brackets 54. The bottom of the second connecting element 3 is: The third shaft 51 of the lower pivot joint 5 is sleeved - the second auxiliary twist # 52: the pot rf end respectively abuts the first connecting element 1 and the lower bracket 54. The first, the second auxiliary torsion spring 46 The role of 52 is that the weight of the support, such as the flat monitor, and the sum of the two auxiliary torsion springs 46, 52 are offset. = Activated by the user can be applied - a small force, it is content heteroaryl with respect to, the support seat 7 pairs are height adjustment. Especially in advance, the two off the New Zealand 7, (four) nuclear surface features the direct material, so 3 must test 1 custom-known support device in the lift adjustment fashion has the front and rear displacement of the sleep ^ so that most of the bottom of the support structure Connected to the back end of the base. As shown in the figure, the upper pivot joint 2, the two relay pivot joints 4, and the shafts 21, 41, and 51 of the lower pivot joint 5 are single-set, and the ends of the i are respectively traversed by conventional The component, the elastic component, and the end sealing component are: a series-type rotating shaft structure, and each of the shaft surfaces has a milling surface to be interlocked with the plurality of collars of the connecting rods 6. In practice, the drag hinge 2, the two relay pivot hinges*, and the pivots 21, 41, and 51 of the pivot hinge 5 are not symmetrically arranged in the same manner as the single one described above. And the same effect can be achieved by connecting the conventional friction element β pieces, pieces, and end seal elements. In addition, the system utilizes the above-mentioned φ-connected difficult structure as a connection and formation of an interference mode ^ 12 200849992 connection between the components 3 and the corpse / Γ ,, the first and second remotely connected - the upper and lower ends are respectively provided There is a link mechanism 6::: the early 3 end f has a _ 64, so as to be respectively sandwiched by the upper and lower ends of the two pull tabs 61, 62 of the upper pivotal mechanism 6, respectively, and the triaxial ring 63, and the The equiaxed ring 63 has a radiant 631 ^ 61.62 H at each end of the radial direction, and a non-pivoting ringing hole of each of the heterocyclic rings 32. The three rails 63 of the eyelet 63 65 H 65f an axle pin 64 of the outer pull tab 62 and - The shaft pin 64 of the inner pull piece 61 is connected in series by a relay pin 65 so that the two pull tabs 61, 62 are pivotally connected to the radial ends of the upper and lower three collars 63. Furthermore, the four sets of collars 63 are respectively the upper pivot hinge 2, the first middle hinge 4, the second double weave chain 4, and the lower jaw scale 5, and are interlocked. As described above, when the first connecting member 1 ίί 2 connecting member 3 is engaged with the first towel, the pivoting hinge 4 and the lower pivoting chain 5 are rotated, since the first connecting member 1 and the second connecting member 3 The two interlocking elements 45 of the meshing are rotated in opposite directions with each other. For example, when the speed is reduced, the first connecting element 彳 is rotated counterclockwise around the chain 4 so as to be disposed on the side thereof. The upper interlocking element 45 is also counterclockwise 13 200849992 v %, and the direction of the needle is _, so that the position difference between the two ends is such that the inner pull piece 61 and the outer pull piece 62 1 compensate the upper 'lower ring 63 The younger brother rotates in the direction of rotation of the connecting member 1 so that the "opening member 81 maintains the original angle. Similarly, the connecting member 42 connecting the f wire, the connecting member 1 and the third member 3 Because the positive and negative rotations == Sun: maintain the original angle with respect to the base 7. Therefore, the connected cup mechanism 6 is an auxiliary connecting device, and the main inspection of the supporting device 8 is connected with the angle, Turning 'without shadow: the at least two linkages 6 are basically connected to the first and second links according to the four links The upper and lower upper pivot hinges 2 of the elements 1, 3 are interposed between the first relay pivot hinge 4 and the == and the lower pivot hinge 5. Therefore, according to the four-link original two pull tabs 6彳, 62 Lin is absolutely disposed on one side of the first and second connecting elements 1, 3, and is also scored on both sides of the first and second connecting elements), ^, which only need to be pinned by the ends 64 respectively Staggering the ring hole 631 pivotally to the radial ends of the triaxial ring 63 can also achieve the same effect of reading the shape, the nucleus of the crane 6 to protect the dry arm. Especially, the aforementioned flexibility When the components 22, 43, and 55 are implemented, 14 200849992 ^With the disc rotor, the elastic piece or the spring, the 俾 provides the appropriate tension to connect the second connecting element 3 using the lower pivot hinge 5 series - in simIi The yoke 54 is attached to the surface of the pedestal 7. The pedestal 7 is formed with a multi-stepped through hole 711, and the hole is embossed by two π!!, 2, the hole in the center of the fixing piece 72 721 is extended to the extension slot 722, and the bottom cover 73 is locked to the rotary disk 74 which is also sleeved on the surface of the through hole 711 by a conventional joint member. The disk 74 can be in the fine seat 71. Surface rotation The pair of brackets, the Korean swing #74, allows the entire set of the structure to protrude downwardly from the base 7 to a click 741, which limits the rotation. In addition, 'for the turntable 71 and the bottom cover 73 turns 卩 p卩 two = * 疋 72 forms a small friction, so there is a wear piece 75 between the fixed piece 72 and the fixed piece 72. 'The first - connecting element 1 side of the upper pivot hinge 2 m > The Pf device 8 has a support member 81 disposed on the pair of first upper convexities, so that the ^^^^ ΐΓ knows that the main frame piece 83 connected by the 90 ϊ ϋίί is unsupported. The upper part 81 has a docking arm 8彳1, which is pivotally connected to a whole piece 82, and the money is a U-shaped body. When implemented, the surface is super-connected with the main support 83 and the supported object' For example, one of the pair of rearwardly extending arms 821 is adjacent to the pair, and the fourth shaft 84 of the support chain 84 is traversed by a pair of pairs, a pair of pendulums f 821, and at least one of the two arms. After twisting Bodhisattva 842, the outer side of the swing arm 821 and the end seal 843, such as the anti-detachment nut connection 15 200849992 't - the whole piece of 82 m _ branch 81 adjustment and no effect. The at least one adjusting torsion spring 842 is sleeved on the torque ί L 2 , and the spring tube 844 is used for the shaft 841 to pass through, and each of the adjustments fLr: fe respectively abuts the support member 81 and the adjusting member 82, and has a tuning effect. . In particular, the peripheral arm 811 is opposite to the hanging-shaped limiting slot 812, and one of the adjusting members 82 is also protruded inwardly from the pair of arms 822 to make the pair of arms 811 Swing arm W County friction plate 845 to avoid excessive wear of the two arms. 85. A rotating money chain is arranged between the piece 83 and the adjusting member 82, and the first six-axis rod 851 passes through the main frame piece 83 and adjusts the hH end sealing member 852, for example, a detachable nut connection, so that the main frame The 榫 插入 插入 插入 插入 插入 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 ,As shown in Figure 4. Furthermore, in order to make the main _ 麟 have a section of the ^ ^ ^ : : : 转动 转动 转动 转动 转动 转动 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转It just sets the bit hole 856 to the library, and the adjacent positioning hole 856 = m-shaped chute. Therefore, when the main frame piece 83 is rotated, 1 point and 1 ^ are separated from the original positioning hole 856, and when the person calls the Locating hole 856 of the 857 1 , a dot effect is generated to clearly identify the user. The support has been adjusted to position.吏 - 第 第 第 第 第 第 第 第 第 841 841 841 841 841 841 841 841 841 841 841 841 841 841 841 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 86 The ring 榫 861, and the card ring 87 two sets of arcuate concave card slots 871 ° when the adjusting member 82 is turned toward the ^ ^ ' so that the ring ring 861 of the ring ring is the edge of the j card slot 871 After that, until the other 71 main frame piece 83 is buckled relative to the base 7 as shown in FIG. 93 and FIG. 9b=5, when the upright and downright adjustment is performed, the first one is described as follows: The connecting elements 1, 3 will respectively rotate around the first-relay pivotal iilf/plug-in chain, so that the two interlocking bells that are mutually reciprocating urge the one? - The second connecting elements 1, 3 are opposite each other = turn. At the same time, the first and second connecting members 3 are connected to the at least one side of the hinge 2 and the first-to-strip miscellaneous scale 4 and the third relay-pole hinge f4 and the lower pivot hinge 5 of the linkage mechanism 6 The first and the first: the difference between the components 1, 3, so that the reverse rotation of the difference is compensated to maintain the supporting device 8, and the connecting component connected to the outside of the two relay pivoting hinges 4 42 maintains the original angle perpendicular to the base 7. For example, after the "L" support 8 and the base 7 respectively connected to the top and bottom of the support structure of the present invention, the main frame of the support device 8 is connected to a horizontally supported support. For example, a flat monitor. It should be noted that the support device is laterally connected to the flat monitor. As shown in Fig. 2 and Fig. 7b, it is a schematic state in which the support structure is adjusted and lifted. The two connecting elements 1 and 3 of the support structure are driven by the interlocking elements = 45, which can rotate in opposite directions. And speed up the lifting speed, and by means of the = and the at least one side of each of the components 1, 3 of the linkage mechanism to generate a reverse rotation corresponding to the position corresponding to the position, thereby maintaining the plane monitoring 5| Vertically move up and down without causing a front-rear displacement. As shown in FIG. 8a and FIG. 8b, it is a perspective view and a back view of the plane monitor and the support device 17 200849992 .1 1 < ίϊϊίί SC82, which is located in the limit slot coffee. Convert to vertical. As shown in the plane, when the adjusting member 82 and the main frame piece 83 follow the card = 861, the respective ring 861 of the i86 is crossed: the main frame piece 83 is made lower than the base 7 and the flat plate. Shrinking J volume, which is conducive to packaging 'and reduce the transport structure into the supporting structure of the red and green tradition of imi! When the object is read by the shape of the wire, causing the production of two things to make the support It is indeed the height of the vertical lift == does not occupy too much space. In addition, because of the slaughter: the amount of the back = should be; the said supportive material sensation ί aesthetic appeal "sincere; change the seven if not revealed, is a preferred embodiment, the local part of the if # # technology pillow Those who want to scale the hunting art are easy to know, and they are not subject to the patent rights of this case. East's case, regardless of its purpose, means and efficacy, is showing the technical characteristics, and its first creation is practical, and it is also in the day of the 恳 ΐΐ 恳 恳 贵 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查 审查Real feelings. [Simple description of the drawing] Fig. 1 is an exploded perspective view of the supporting mechanism of the present invention. 18 200849992 Figure 2 is a perspective view of the base of the present case. Figure 3 is a three-dimensional exploded view of the support member of the present invention. Adjust the height m to adjust the case; the picture "three-dimensional map and ίί pattern, the structure will be converted into a flat with the support
為本軸結構將讎物翻轉9〇度之立 上端11 第一上凸耳13 凹入部15 第一軸桿21 墊片23 上端31 第二上凸耳33 角度限制槽341 中繼軸套36 弟^一轴桿41 彈性元件43 連動元件45 第三軸桿51 【圖式元件標號說明】 第一連接元件1 下端12 第一下凸耳14 中繼軸套16 上柩接鉸鍊2 彈性元件22 端封件24 第二連接元件3 下端32 第二下凸耳34 凹入部35 中繼柩接欽鍊4 銜接元件42 端封件44 第一輔助扭簧46 下樞接鉸鍊5 19 200849992 第二輔助扭簧52 限位片53 卡榫531 下支架54 下撐耳541 彈性元件55 端封件56 連桿機構6 内拉片61 外拉片62 轴環63 環孔631 軸銷64 中繼插銷65 基座7 固定座71 穿孔711 固定片72 片孔721 限位槽722 底蓋73 迴轉盤74 卡榫741 耐磨片75 支承裝置8 支承件81 接臂811 限位槽812 調整件82 擺臂821 抵榫822 擋榫823 主支架83 限位槽831 支承鉸鍊84 第四轴桿841 調整扭簧842 端封件843 簧管844 摩擦片845 迴轉鉸鍊85 第六軸桿851 端封件852 轉動片853 凸點854 定位片855 定位孔856 滑槽857 一扣接環86 環榫861 卡掣環87 卡槽871 20The upper end of the shaft structure is turned over 9 degrees. The upper upper lug 13 the concave portion 15 the first shaft 21 the spacer 23 the upper end 31 the second upper lug 33 the angle restricting groove 341 the relay sleeve 36 brother ^A shaft 41 Elastic element 43 Linkage element 45 Third shaft 51 [Illustration of the reference number of the figure] First connection element 1 Lower end 12 First lower lug 14 Relay sleeve 16 Upper splicing hinge 2 Elastic element 22 end Seal 24 second connecting element 3 lower end 32 second lower lug 34 recessed portion 35 relay splicing chain 4 connecting element 42 end seal 44 first auxiliary torsion spring 46 lower pivot joint 5 19 200849992 second auxiliary twist Spring 52 Limiting plate 53 Cassette 531 Lower bracket 54 Lower lug 541 Elastic element 55 End seal 56 Link mechanism 6 Inner pull tab 61 External pull tab 62 Collar 63 Ring hole 631 Shaft pin 64 Relay pin 65 Base 7 Fixing seat 71 Perforation 711 Fixing piece 72 Hole 721 Limiting groove 722 Bottom cover 73 Returning to the turntable 74 榫741 Wear-resistant piece 75 Supporting device 8 Supporting piece 81 Arm 811 Limiting groove 812 Adjusting piece 82 Swing arm 821 822 榫 823 main bracket 83 limit slot 831 support hinge 84 fourth shaft 841 adjust torsion spring 842 end seal 84 3 Reed pipe 844 Friction plate 845 Rotary hinge 85 Sixth shaft 851 End seal 852 Rotating piece 853 Bump 854 Positioning piece 855 Positioning hole 856 Chute 857 One snap ring 86 Ring 榫 掣 掣 87 87 87 Card slot 871 20