M439835 五、 [0001] [0002] [0003] [0004] 新型說明： 【新型所屬之技術領域】 本案係有關一種樞紐器，尤指一種具有防晃動功能 之柩紐器結構。 【先前技術】 按電子產品，諸如可攜式電腦、電子辭典、攜帶型 影音播放裝置及掀蓋式手機等，其係將基座設於下半部 ，並藉一對樞紐器與上半部之螢幕連結，使螢幕相對於 基座可為之開合。因此，樞紐器亦為決定上述產品良窳 之一大要因。 而隨著觸控技術的進步，可攜式電腦採用觸控螢幕 已成為不可避免的趨勢，當可攜式電腦之觸控螢幕掀開 至可操作狀態時，由於螢幕與基座間之樞紐器為固定扭 力，以致使用者以手指對觸控螢幕上進行按壓或滑動過 程中，該觸控螢幕產生的反作用力，將造成觸控螢幕的 前後晃動，而衍生出操作上的不便，甚至嚴重影響到觸 控效果及順暢感。探究其原因，乃在於前述樞紐器並無 額外的扭力變化及支撐效果，而亟待相關業者之改善。 【新型内容】 本案主要目的及其所增益的功效在於提供一種具有 防羌動功能之柩紐器結構，該枢紐器結構係在第一、第 二支架第一側樞接第一鉸鏈，另在第一、第二支架第二 側之間以第二、第三鉸鏈框接一支撐件，藉由該非同軸 設置之第二、第三鉸鏈產生之摩擦扭力，使得該支撐件 對觸控螢幕形成支撐作用，從而令與該樞紐器結構連接 1012095#單编號删1 第4頁/共29頁 1012030839-0 [0005]M439835M439835 V. [0001] [0002] [0003] [0004] New Description: [New Technical Field] This case relates to a hinge, especially a ballast structure with anti-sway function. [Prior Art] According to electronic products, such as portable computers, electronic dictionaries, portable audio-visual playback devices, and clamshell mobile phones, the base is placed in the lower half, and a pair of hinges and upper half are borrowed. The screen is connected so that the screen can be opened and closed relative to the base. Therefore, the hub is also one of the major reasons for determining the good products of the above products. With the advancement of touch technology, the use of touch screens for portable computers has become an inevitable trend. When the touch screen of the portable computer is opened to an operable state, the hinge between the screen and the base is Fixed torque, so that when the user presses or slides the touch screen with the finger, the reaction force generated by the touch screen will cause the touch screen to sway forward and backward, which may cause inconvenience in operation and even seriously affect the operation. Touch effect and smoothness. The reason for this is that there is no additional torque change and support effect in the aforementioned hubs, and it is urgent for the relevant industry to improve. [New content] The main purpose of the present invention and the effect of the gain thereof is to provide a tamper-proof structure with a tamper-proof function. The hinge structure is pivotally connected to the first hinge on the first side of the first and second brackets, and A support member is framed by the second and third hinges between the second side of the first and second brackets, and the frictional force generated by the second and third hinges of the non-coaxial arrangement causes the support member to touch the screen Forming a supporting function to connect with the hinge structure 1012095# Single number deletion 1 Page 4 / Total 29 page 1012030839-0 [0005] M439835
[0006] 之電子產品，例如可攜式電腦之觸控螢幕進行觸控操作 時，該樞紐器結構具有克服觸控螢幕按壓或滑動（受力） 產生前後晃動的優點。 為達成前述之目的，本案所採取之技術手段係提供 一種插组器結構’其包括：一第一支架和一第二支架， 該第一、第二支架第一側樞接一第一鉸鏈，該第一支架 第二侧設有一固定架片，且該固定架片徑向開設一長形 限位槽，而該第二支架第二側外側與該第一支架之固定 架片之間另設有一支撐件，該第二支架第二側與該支撐 件上端樞接一與第一鉸鏈非同軸設置之第二鉸鏈，而該 支撐件下端與該長形限位槽樞接一第三鉸鏈；藉由該第 二、第三鉸鏈產生之摩擦扭力，使得該支撐件可形成支 撑作用，當該第二支架向上掀開時，使其以第一鉸鏈為 軸心，並繞著該第一支架旋轉，而該第二支架第二側隨 著該第二支架同步旋轉，使得該第二鉸鏈帶動該支撐件 上端旋轉位移，而令該支撐件下端之第三鉸鏈於限位槽 内移動》 本案所採取之另一技術手段係提供一種樞紐器結構 ，其包括：一第一支架和一第二支架，該第一、第二支 架第一側樞接一第一鉸鏈，該第一支架第二側設有一固 定架片，且該固定架片徑向開設一長形限位槽，而該第 二支架第二侧内側與該第一支架之固定架片之間另設有 一支撐件，該第二支架第二側與該支撐件上端框接一與 第一鉸鏈非同轴設置之第二较鏈，而該支撑件下端與該 長形限位槽樞接一第三鉸鏈；藉由該第二、第三鉸鏈產 101209531^^^ A0101 第5頁/共29頁 1012030839-0 M439835 生之摩擦扭力，使得該支撐件可形成支撐作用；當該第 二支架向上掀開時，使其以第一鉸鏈為軸心，並繞著該 第一支架旋轉，而該第二支架第二侧隨著該第二支架同 步旋轉，使得該第二鉸鏈帶動該支撐件上端旋轉位移， 而令該支撐件下端之第三鉸鏈於限位槽内移動。 [0007] 為進一步揭示本案之具體技術内容，首先請參閱圖 式，其中，圖1為本案樞紐器結構第一實施例之立體分解 圖，圖2為本案樞紐器結構第一實施例另一視角之立體分 解圖，圖3及圖4為本案樞紐器結構第一實施例組立後兩 不同視角之立體圖，圖5a至圖5b為本案樞紐器結構第一 實施例於掀開過程中之側視圖，圖6及圖7為本案樞紐器 結構第二實施例兩不同視角之立體分解圖，圖8為本案樞 紐器結構第二實施例組立後並掀開至90度之立體圖，圖 9a至圖9b為本案枢紐器結構第二實施例於掀開過程中之 側視圖。 【實施方式】 [0008] 如圖1至圖5b所示，基本上，本案樞紐器結構係由一 第一支架1，一第二支架2，一第一鉸鏈3，一支撐件4， 一第二较鍵5及一第三欽鍵6所組成。 該第一、第二支架1、2水平向各設有一連接部11、 21，該兩連接部11、21各自開設至少一連接孔111、211 ，該等連接孔111、211供螺絲穿越後，以便將該第一支 架1與第二支架2分別接裝於可攜式電腦之基座與觸控螢 幕。而該第一、第二支架1、2第一側之直立面樞接一第 一较鏈3，該第一鉸鏈3包括一第一枢軸31，該第一桎軸 i_95#單編號 A0101 第6頁/共29頁 1012030839-0 M439835 31—端接裝於第二支架2預設之固定孔22，而另一端穿越 第一支架1預設之第一轴孔12後，該第一樞軸31進一步套 接一與第一樞軸31連動之摩擦片32、一固設於該第一支 架1之閉鎖固定件33、一與第一柩軸31連動之閉鎖轉動件 34、至少一彈性體35，例如碟形、波形彈片或彈簧、一 墊片36,最後以一端封件37,例如防脫螺帽結合於第一 ' 樞轴31端部，藉以轴向迫緊前述彈性體35、由該閉鎖固 定件33與閉鎖轉動件34所組成之凸輪機構、以及與第一 支架1相鄰接之摩擦片32。 φ 其中，該閉鎖固定件33與閉鎖轉動件34兩者鄰接面 相對設有凹部331與凸部341，使第二支架2相對於第一支 架1具有自動閉鎖的功能。此外，該閉鎖固定件33周緣突 設一插接於該第一支架1預設榫孔13之凸榫332，使得該 閉鎖固定件33固設於第一支架1 一側，並共同包夾摩擦片 32。尤有進者，該第一支架1直立S另一側突設一止擋14 ，而該第一框軸31對應於該止擋14突設一扇形擋環311， 藉以限制該第二支架2相對於第一支架1之傾斜角度。 • 該第一支架1第二側設有一固定架片15，且該固定架 片15徑向開設一長形限位槽16，而該第二支架2第二側則 鄰接一支撐件4，如圖1至圖3所示，該第二支架2第二側 接裝一辅助支架23，使得該支撐件4設於該輔助支架23外 側。 該第二支架2第二侧之輔助支架23與支撐件4上端樞 接一第二鉸鏈5，該第二较鏈5包括一第二框軸51，其一 端接裝於支撐件4上端預設之固定孔41，而另一端則穿越 輔助支架23預設之第二軸孔231後，該第二樞軸51進一步 101209531^^^^ A〇101 第7頁/共29頁 1012030839-0 M439835 套接一與第二樞軸51連動之摩擦片52、至少一彈性體53 ，例如碟形、波形彈片或彈簧' 一墊片54,最後以一端 封件55，例如防脫螺帽結合於第二樞軸51端部，藉以軸 向迫緊前述彈性體53以及與輔助支架23相鄰接之摩擦片 52 ° 由於第二鉸鏈5相對於第一鉸鏈3具有一距離差，使 兩者形成非同軸設置，所以，當第二支架2繞著第一鉸鏈 3旋轉時，該輔助支架23可隨著第二支架2旋轉，從而帶 動第二鉸鏈5及其樞接之支撐件4旋轉與位移。 該支撐件4下端另開設一第三軸孔42，該第三軸孔42 與前述限位槽16枢接一第三鉸鏈6，該第三鉸鏈6包括一 第三樞軸61，該第三樞軸61穿越第三軸孔42及限位槽16 後，該第三樞軸61進一步套接一與第三樞軸61連動之摩 擦片62、至少一彈性體63，例如碟形、波形彈片或彈簧 、一墊片64，最後以一端封件65，例如防脫螺帽結合於 第三樞軸61端部，藉以軸向迫緊前述彈性體63以及與固 定架片15相鄰接之摩擦片62。再者，該支撐件4下端與固 定架片15間進一步設有一供第三樞軸61穿越之間隔環66 〇 尤有進者，為保護該第二支架2兩侧樞接第一、第二 鉸鏈3、5，因此，該樞紐器結構另包括一保護蓋7，其頂 面開口 71在第二支架2之第一、第二鉸鏈3、5之間向上套 入，並以一螺絲72鎖固於該開口 71底面縱向突設之蓋柱 73，以便遮蔽第一、第二鉸鏈3、5，而形成保護效果。 如圖3、4及圖5a所示，乃本案樞紐器結構第一實施 例組立後之立體圖及側視圖，由圖令可以清楚觀察出， 10120953^單编號 A〇101 第8頁/共29頁 1012030839-0 u第支架1與第二支架2第一側樞接一第一鉸鏈3，而該 货一 —支架第二側之辅助支架23與支撐件4上端樞接一與第 奴鏈3非同軸設置之第二鉸鏈5，且該支撐件4下端與第 支架1第二側限位槽16柩接一第三鉸鏈6。其中，該第 、第二支架1、2之連接部11、21分別接裝於可攜式電 腦之基座與觸控螢幕，由於該兩連接部11、21互為平行 ’此即表示基座與觸控螢幕係處於蓋合狀態。 。月參閱圖5b，如欲使用可攜式電腦，使用者僅需將 觸控榮幕向上掀開，使第二支架2第-側以第-鼓鏈3為 轴心’而繞著第-支架i旋轉，並藉由該第一较鏈3之扭 作用，使得該第二支架2於掀開過程中可形成停滯定位 效果。而該輔助支架23隨著第二支架2同步旋轉，並藉由 鉸鏈5帶動支撐件4上端旋轉位移，而令該支撐件4下 端之第三鉸鏈6於限位槽16内移動。當第二支架淡開至 親看及操作角度時，使用者即可料指在觸控螢幕上進 丁觸碰或滑動動作，並藉由第二及第三鉸鍵5及6產生之 摩擦扭力，使得該支撐件4對觸控營幕形成有效的支撐作 因此，s觸控螢幕進行按壓或滑動（受力）時，不致 產生則後晃動。 如圖6至圖9b，其顯示本案樞紐器結構第二實施例之 相關圖式，為方便說明起見，本實施例之樞紐器結構與 月J述第-實施例相同元件，均以相同名稱及相同符號代 表之。而本實施例之框紐器結構與前述第一實施例之差 、於，該第一鉸鏈3係採用包覆式鉸鏈。 <請參閱圖6至圖8,該第-、第二支架卜2水平向各 4連接部11、21，該兩連接部u、21各自開設至少 1〇12〇953产單編號 A0101 1012030839-0 第9頁/共29頁 M439835 一連接孔111、211，該等連接孔111、211供螺絲穿越後 ，以便將該第一支架1與第二支架2分別接裝於可攜式電 腦之基座與觸控螢幕。而該第一、第二支架1、2第一側 植接一第一较鏈3，該第一较鏈3包括一第一檀軸31，其 中該第一支架1第一側轴向開設一第一軸孔12，且該第一 軸孔12徑向連通一插槽121，而該第一框軸31—端接裝於 第二支架2預設之固定孔22，而另一端套設於一裝設於該 第一轴孔12内之包覆件38，該包覆件38軸向設有至少一 供第一樞轴31套設之管簧381，且該管簧381及其徑向延 伸之插榫382則一同插接於該第一軸孔12及其連通之插槽 121 内。 該第一支架1第二側設有一固定架片15，且該固定架 片15徑向開設一長形限位槽16，而該第二支架2第二側則 鄰接一支撐件4，如圖6至圖8所示，該第二支架2第二側 接裝一輔助支架23，使得該支撐件4設於該輔助支架23内 侧。 該第二支架2第二側之輔助支架23與支撐件4上端樞 接一第二鉸鏈5，該第二鼓鏈5包括一第二梅轴51，其各 自穿越支撐件4上端之第三軸孔42及輔助支架23之第二軸 孔231後，該第二樞軸51進一步套接一與第二樞軸51連動 之摩擦片52、至少一彈性體53，例如碟形、波形彈片或 彈簧、一墊片54，最後以一端封件55，例如防脫螺帽結 合於第二樞軸51端部，藉以軸向迫緊前述彈性體53以及 與輔助支架23相鄰接之摩擦片52。 由於第二鉸鏈5相對於第一鉸鏈3具有一距離差，使 兩者形成非同軸設置，所以，當第二支架2繞著第一鉸鏈 丽㈣产單编號A_ 第10頁/共29頁 1012030839-0 M439835 3旋轉時，該輔助支架23可隨著第二支架2旋轉，從而帶 動第二鉸鏈5及其樞接之支撐件4旋轉與位移。 該支撐件4下端另開設一固定孔41，該固定孔41與前 述限位槽16枢接一第三鉸鏈6，該第三鉸鏈6包括一第三 樞轴61，其一端接裝於支撐件4下端之固定孔41，而另一 端則穿越限位槽16後，該第三樞軸61進一步套接一與第 三樞軸61連動之摩擦片62 :至少一彈性體63，例如碟形 、波形彈片或彈簧、一墊片64，最後以一端封件65，例 如防脫螺帽結合於第二軸桿512端部，藉以軸向迫緊前述 • 彈性體63以及與固定架片15相鄰接之摩擦片62。 如圖8所示，乃本案樞紐器結構第二實施例組立後並 掀開至90度之立體圖，由圖中可以清楚觀察出，該第一 支架1與第二支架2第一側柩接一第一鉸鏈3，而該第二支 架2第二側之輔助支架23與支撐件4上端樞接一與第一鉸 鏈3非同軸設置之第二鉸鏈5，且該支撐件4下端與第一支 架1第二側限位槽16柩接一第三鉸鏈6。 如圖9a所示，該第一支架1與第二支架2兩者連接部 • 11、21分別接裝於可攜式電腦之基座與觸控螢幕，由於 該兩連接部11、21互為平行，此即表示基座與觸控螢幕 係處於蓋合狀態。 請參閱圖9b，如欲使用可攜式電腦，使用者僅需將 觸控螢幕向上掀開，使第二支架2第一側以第一鉸鏈3為 軸心，而繞著第一支架1旋轉，並藉由該第一鉸鏈3之扭 力作用，使得該第二支架2於掀開·過程中可形成停滯定位 效果。而該輔助支架23隨著第二支架2同步旋轉，並藉由 第二鉸鏈5帶動支撐件4上端旋轉位移，而令該支撐件4下 101209531^單編號 A〇101 第11頁/共29頁 1012030839-0 M439835 端之第三鉸鏈6於限位槽16内移動。當第二支架2掀開至 觀看及操作角度時，使用者即可以手指在觸控螢幕上進 行觸碰或滑動動作，並藉由第二及第三鉸鏈5及6產生之 摩擦扭力，使得該支撐件4對觸控螢幕形成有效的支撐作 用。因此，當觸控螢幕進行按壓或滑動（受力）時，不致 產生前後晃動。 本案所揭示者，乃較佳實施例之一種，舉凡局部之 變更或修飾而源於本案之技術思想而為熟習該項技藝之 人所易於推知者，俱不脫本案之專利權範疇。 【圖式簡單說明】 [0009] 圖1為本案樞紐器結構第一實施例之立體分解圖。 [0010] 圖2為本案樞紐器結構第一實施例另一視角之立體分解圖 〇 [0011] 圖3及圖4為本案柩紐器結構第一實施例紐;立後兩不同視 角之立體圖。 [0012] 圖5a至圖5b為本案樞紐器結構第一實施例於掀開過程中 之側視圖。 [0013] 圖6及圖7為本案柩紐器結構第二實施例兩不同視角之立 體分解圖。 [0014] 圖8為本案樞紐器結構第二實施例組立後並掀開至90度之 立體圖·。 [0015] 圖9a至圖9b為本案樞紐器結構第二實施例於掀開過程中 之側視圖。 1012095#單編號 A0101 第12頁/共29頁 1012030839-0 M439835 [0016] 【主要元件符號說明】 第一支架1連接部11 [0017] 連接孔111第一軸孔12 [0018] 插槽121榫孔13 [0019] 止擋14固定架片15 [0020] 限位槽16 [0021] 第二支架2連接部21 • [0022] 連接孔211固定孔22 [0023] 輔助支架23第二軸孔231 [0024] 第一鉸鏈3第一樞軸31 [0025] 擋環311摩擦片32 [0026] 閉鎖固定件33凹部331 [0027] 凸榫332閉鎖轉動件34 ,[0028] 凸部341彈性體35 [0029] 墊片36端封件37 [0030] 包覆件38管簧381 [0031] 插榫382 [0032] 支撐件4固定孔41 [0033] 第三軸扎42 [0034] 第二鉸鏈5第二樞軸51 10120953产單編號 A〇101 M439835 [0035] 摩擦片52彈性體53 [0036] 墊片54端封件55 [0037] 第三较鍵6第三棍轴61 [0038] 摩擦片62彈性體63 [0039] 墊片64端封件65 [0040] 間隔環66 [0041] 保護蓋7開口 71 [0042] 螺絲72蓋柱73 10·^單编號A0101 第14頁/共29頁 1012030839-0[0006] When an electronic product, such as a touch screen of a portable computer, performs a touch operation, the hinge structure has the advantage of overcoming the back and forth shaking of the touch screen pressing or sliding (force). In order to achieve the foregoing, the technical means adopted in the present invention is to provide an interposer structure, which includes: a first bracket and a second bracket, wherein the first side of the first bracket and the second bracket are pivotally connected to a first hinge, The second side of the first bracket is provided with a fixing bracket piece, and the fixing bracket piece is radially provided with an elongated limiting slot, and the outer side of the second side of the second bracket is separately provided with the fixing bracket piece of the first bracket. The second bracket is pivotally connected to the upper end of the support member, and the second hinge is non-coaxially disposed with the first hinge, and the lower end of the support member is pivotally connected with the elongated limit slot to a third hinge; The support member can form a supporting action by the frictional torsion generated by the second and third hinges. When the second bracket is opened upward, the first bracket is pivoted around the first bracket and surrounds the first bracket. Rotating, and the second side of the second bracket rotates synchronously with the second bracket, so that the second hinge drives the upper end of the support member to rotate, and the third hinge of the lower end of the support member moves in the limiting slot. Another technical means adopted A hinge structure includes a first bracket and a second bracket. The first side of the first bracket and the second bracket are pivotally connected to a first hinge, and the second side of the first bracket is provided with a fixing bracket. An auxiliary limiting member is further disposed between the inner side of the second side of the second bracket and the fixing frame of the first bracket, and the second side of the second bracket and the supporting member The upper end frame is connected with a second chain which is non-coaxially disposed with the first hinge, and the lower end of the support member is pivotally connected with the elongated limit groove by a third hinge; and the second and third hinges are manufactured by 101209531^^ ^ A0101 Page 5 of 29 1012030839-0 M439835 The frictional torque of the original makes the support member form a supporting function; when the second bracket is opened upward, it is centered on the first hinge and is wound around The second bracket rotates, and the second side of the second bracket rotates synchronously with the second bracket, so that the second hinge drives the upper end of the support member to rotate, and the third hinge of the lower end of the support member is in the limiting slot. Move inside. [0007] In order to further disclose the specific technical content of the present invention, first, please refer to the drawings, wherein FIG. 1 is an exploded perspective view of the first embodiment of the hinge structure of the present invention, and FIG. 2 is another perspective view of the first embodiment of the hinge structure of the present invention. 3 and FIG. 4 are perspective views of two different perspectives of the first embodiment of the hinge structure of the present invention, and FIGS. 5a to 5b are side views of the first embodiment of the hinge structure of the present invention. 6 and FIG. 7 are perspective exploded views of two different perspectives of the second embodiment of the hinge structure of the present invention, and FIG. 8 is a perspective view of the second embodiment of the hinge structure of the present invention, which is assembled and opened to 90 degrees, and FIG. 9a to FIG. A side view of the second embodiment of the hinge structure of the present invention during the splitting process. [Embodiment] [0008] As shown in FIG. 1 to FIG. 5b, basically, the hinge structure of the present invention is composed of a first bracket 1, a second bracket 2, a first hinge 3, a support member 4, and a first Second, it consists of a key 5 and a third key 6. The first and second brackets 1 and 2 are respectively provided with a connecting portion 11 and 21, and the two connecting portions 11 and 21 respectively define at least one connecting hole 111 and 211, and the connecting holes 111 and 211 are provided for the screw to pass through. The first bracket 1 and the second bracket 2 are respectively attached to the base of the portable computer and the touch screen. The first vertical side of the first and second brackets 1 and 2 is pivotally connected to a first chain 3, and the first hinge 3 includes a first pivot 31. The first axis i_95# is numbered A0101. Page/Total 29 pages 1012030839-0 M439835 31—Terminally mounted on the predetermined fixing hole 22 of the second bracket 2, and the other end passes through the first shaft hole 12 preset by the first bracket 1, the first pivot 31 Further, a friction plate 32 that is interlocked with the first pivot shaft 31, a latching fixing member 33 fixed to the first bracket 1 , a latching rotating member 34 that is interlocked with the first pivot shaft 31 , and at least one elastic body 35 are further sleeved. , for example, a dish, a wave spring or a spring, a gasket 36, and finally an end seal 37, such as a retaining nut, is coupled to the end of the first 'pivot shaft 31, thereby axially pressing the elastic body 35, The cam mechanism composed of the latching fixing member 33 and the latching rotating member 34, and the friction plate 32 adjacent to the first bracket 1 are provided. φ, wherein the locking member 33 and the locking rotating member 34 are oppositely disposed with the concave portion 331 and the convex portion 341, so that the second bracket 2 has an automatic locking function with respect to the first bracket 1. In addition, a protrusion 332 is inserted into the peripheral edge of the first bracket 1 so that the latching fixing member 33 is fixed on one side of the first bracket 1 and is frictionally clamped. Slice 32. In particular, the first bracket 1 has a stop 14 on the other side of the upright S, and the first frame shaft 31 protrudes from the stop 14 with a sector ring 311 to limit the second bracket 2 The angle of inclination with respect to the first bracket 1. The second side of the first bracket 1 is provided with a fixing bracket 15 , and the fixing bracket 15 is radially extended with an elongated limiting slot 16 , and the second side of the second bracket 2 is adjacent to a supporting member 4 , such as As shown in FIG. 1 to FIG. 3, the second side of the second bracket 2 is attached to an auxiliary bracket 23 such that the support member 4 is disposed outside the auxiliary bracket 23. The second bracket 5 is pivotally connected to the upper end of the support member 4, and the second hinge 5 includes a second frame shaft 51. One end of the second bracket 5 is attached to the upper end of the support member 4. After fixing the hole 41, and the other end passes through the second shaft hole 231 preset by the auxiliary bracket 23, the second pivot 51 further 101209531^^^^ A〇101 7th/29 pages 1012030839-0 M439835 A friction plate 52 coupled with the second pivot 51, at least one elastic body 53, such as a dish, a wave spring or a spring, a spacer 54, and finally coupled to the second by an end seal 55, such as a retaining nut. An end portion of the pivot shaft 51 for axially pressing the elastic body 53 and the friction plate 52 adjacent to the auxiliary bracket 23; since the second hinge 5 has a distance difference with respect to the first hinge 3, the two are formed to be non-coaxial Therefore, when the second bracket 2 rotates around the first hinge 3, the auxiliary bracket 23 can rotate along with the second bracket 2, thereby driving the second hinge 5 and its pivoted support 4 to rotate and displace. A third shaft hole 42 is defined in the lower end of the support member 4, and the third shaft hole 42 is pivotally connected to the limiting slot 16 to a third hinge 6. The third hinge 6 includes a third pivot 61. After the pivot 61 passes through the third shaft hole 42 and the limiting slot 16, the third pivot 61 further sleeves a friction plate 62, which is interlocked with the third pivot 61, and at least one elastic body 63, such as a disk shape and a wave shape. Or a spring, a spacer 64, and finally an end seal 65, such as a retaining nut, is coupled to the end of the third pivot 61 to axially urge the elastic body 63 and the friction adjacent to the fixed bracket 15 Sheet 62. Furthermore, a spacer ring 66 for the third pivot 61 to pass through is further disposed between the lower end of the support member 4 and the fixing frame 15 , and the first and second portions are pivotally connected to protect the two sides of the second bracket 2 . The hinges 3, 5, therefore, the hinge structure further comprises a protective cover 7, the top opening 71 of which is nested upward between the first and second hinges 3, 5 of the second bracket 2 and locked by a screw 72 The cover post 73 is fixedly protruded from the bottom surface of the opening 71 so as to shield the first and second hinges 3 and 5 to form a protective effect. As shown in Figures 3, 4 and 5a, it is a perspective view and a side view of the first embodiment of the hinge structure of the present invention, which can be clearly seen by the order, 10120953^单单A〇101 Page 8 of 29 Page 1012030839-0 u The first bracket of the first bracket 1 and the second bracket 2 is pivotally connected to a first hinge 3, and the auxiliary bracket 23 of the second side of the bracket is pivotally connected with the upper end of the support member 4 and the slave chain 3 The second hinge 5 is non-coaxially disposed, and the lower end of the support member 4 is coupled to the second side limiting slot 16 of the first bracket 1 to a third hinge 6. The connecting portions 11 and 21 of the first and second brackets 1 and 2 are respectively attached to the base of the portable computer and the touch screen, because the two connecting portions 11 and 21 are parallel to each other. It is in a closed state with the touch screen system. . Referring to FIG. 5b, if the portable computer is to be used, the user only needs to open the touch glory upward, so that the first side of the second bracket 2 is centered on the first drum chain 3 and surrounds the first bracket. i rotates, and by the twisting action of the first chain 3, the second bracket 2 can form a stagnant positioning effect during the splitting process. The auxiliary bracket 23 rotates synchronously with the second bracket 2, and the upper end of the support member 4 is rotationally displaced by the hinge 5, so that the third hinge 6 at the lower end of the support member 4 moves in the limiting slot 16. When the second bracket is opened to the viewing angle and the operating angle, the user can refer to the touch or sliding motion on the touch screen, and the friction torque generated by the second and third hinges 5 and 6 is The support member 4 is effectively supported by the touch screen. Therefore, when the touch screen is pressed or slid (forced), it is not generated and then shakes. 6 to FIG. 9b, which shows a related diagram of a second embodiment of the hinge structure of the present invention. For the convenience of description, the hinge structure of the present embodiment has the same components as the first embodiment of the month. And the same symbol represents it. However, the frame structure of the embodiment is different from that of the first embodiment described above, and the first hinge 3 is a clad hinge. <Refer to FIG. 6 to FIG. 8 , the first and second brackets 2 are horizontally connected to the respective four connecting portions 11 and 21 , and the two connecting portions u and 21 respectively open at least 1〇12〇953 production order number A0101 1012030839- 0 Page 9 of 29 M439835 A connecting hole 111, 211, the connecting holes 111, 211 for the screw to pass through, so that the first bracket 1 and the second bracket 2 are respectively attached to the base of the portable computer Seat and touch screen. The first side of the first and second brackets 1 and 2 are connected to a first chain 3, and the first chain 3 includes a first sandal shaft 31. a first shaft hole 12, and the first shaft hole 12 is radially connected to a slot 121, and the first frame shaft 31 is end-mounted to the predetermined fixing hole 22 of the second bracket 2, and the other end is sleeved on the first shaft a covering member 38 mounted in the first shaft hole 12, the covering member 38 is axially provided with at least one tube spring 381 for the first pivot 31, and the tube spring 381 and its radial direction The extended plug 382 is also inserted into the first shaft hole 12 and its connected slot 121. The second side of the first bracket 1 is provided with a fixing bracket 15 , and the fixing bracket 15 is radially extended with an elongated limiting slot 16 , and the second side of the second bracket 2 is adjacent to a supporting member 4 , as shown in the figure. 6 to 8 , the second side of the second bracket 2 is attached to an auxiliary bracket 23 such that the support member 4 is disposed inside the auxiliary bracket 23 . The auxiliary bracket 23 on the second side of the second bracket 2 is pivotally connected to the upper end of the support member 4 to a second hinge 5, and the second drum chain 5 includes a second shaft 51 which respectively passes through the third shaft at the upper end of the support member 4. After the hole 42 and the second shaft hole 231 of the auxiliary bracket 23, the second pivot 51 further sleeves a friction plate 52 associated with the second pivot 51, at least one elastic body 53, such as a dish, a wave spring or a spring. A gasket 54 is finally coupled to the end of the second pivot 51 by an end seal 55, such as a retaining nut, for axially tightening the elastomer 53 and the friction plate 52 adjacent to the auxiliary bracket 23. Since the second hinge 5 has a distance difference with respect to the first hinge 3, so that the two form a non-coaxial arrangement, when the second bracket 2 is wound around the first hinge (4), the order number A_ page 10 / total 29 pages 1012030839-0 M439835 3 When rotating, the auxiliary bracket 23 can rotate with the second bracket 2, thereby driving the second hinge 5 and its pivoted support 4 to rotate and displace. A fixing hole 41 is defined in the lower end of the supporting member 4, and the fixing hole 41 is pivotally connected with the limiting slot 16 to a third hinge 6. The third hinge 6 includes a third pivot 61. One end of the supporting member 4 is attached to the supporting member. 4, the fixing hole 41 at the lower end, and the other end passes through the limiting slot 16, the third pivot 61 further sleeves a friction plate 62 that is interlocked with the third pivot 61: at least one elastic body 63, such as a dish, a corrugated spring or spring, a spacer 64, and finally an end seal 65, such as a retaining nut, is coupled to the end of the second shaft 512 to axially urge the elastomer 63 and adjacent the retainer blade 15 The friction plate 62 is connected. As shown in FIG. 8, the second embodiment of the hinge structure of the present invention is assembled and opened to a 90 degree perspective view. It can be clearly seen from the figure that the first bracket 1 and the first bracket 2 are connected to each other. a first hinge 3, and the auxiliary bracket 23 on the second side of the second bracket 2 is pivotally connected to the upper end of the support member 4 to a second hinge 5 which is non-coaxially disposed with the first hinge 3, and the lower end of the support member 4 and the first bracket 1 The second side limiting slot 16 is connected to a third hinge 6. As shown in FIG. 9a, the connecting portions 11 and 21 of the first bracket 1 and the second bracket 2 are respectively attached to the base of the portable computer and the touch screen, since the two connecting portions 11 and 21 are mutually Parallel, this means that the base and the touch screen are in a closed state. Referring to FIG. 9b, if the portable computer is to be used, the user only needs to open the touch screen upwards, so that the first side of the second bracket 2 is pivoted about the first hinge 3 and rotates around the first bracket 1. And by the torsion of the first hinge 3, the second bracket 2 can form a stagnant positioning effect during the splitting process. The auxiliary bracket 23 rotates synchronously with the second bracket 2, and the second hinge 5 drives the upper end of the support member 4 to be rotationally displaced, so that the support member 4 is under the 101209531^ single number A〇101 page 11/total 29 pages 1012030839-0 The third hinge 6 of the M439835 end moves within the limiting slot 16. When the second bracket 2 is opened to the viewing and operating angle, the user can touch or slide the finger on the touch screen, and the friction torque generated by the second and third hinges 5 and 6 makes the The support member 4 forms an effective supporting effect on the touch screen. Therefore, when the touch screen is pressed or slid (forced), it does not cause back and forth shaking. The disclosure of the present invention is a preferred embodiment. Any change or modification of the present invention originating from the technical idea of the present invention and being easily inferred by those skilled in the art will not deviate from the scope of patent rights of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS [0009] FIG. 1 is an exploded perspective view of a first embodiment of a hinge structure of the present invention. 2 is a perspective exploded view of another perspective view of the first embodiment of the hinge structure of the present invention. [0011] FIGS. 3 and 4 are perspective views of the first embodiment of the present invention; 5a to 5b are side views of the first embodiment of the hinge structure of the present invention in a splitting process. [0012] FIG. 6 and FIG. 7 are exploded perspective views of two different perspectives of the second embodiment of the present invention. [0014] FIG. 8 is a perspective view of the second embodiment of the hinge structure of the present invention assembled and opened to 90 degrees. 9a to 9b are side views of the second embodiment of the hinge structure of the present invention in a splitting process. 1012095#单号A0101 Page 12/29 Page 1012030839-0 M439835 [0016] [Main component symbol description] First bracket 1 connecting portion 11 [0017] Connecting hole 111 first shaft hole 12 [0018] Slot 121榫Hole 13 [0019] Stop 14 Fixing bracket 15 [0020] Limiting slot 16 [0021] Second bracket 2 connecting portion 21 • [0022] Connecting hole 211 fixing hole 22 [0023] Auxiliary bracket 23 second shaft hole 231 [0024] First hinge 3 first pivot 31 [0025] retaining ring 311 friction plate 32 [0026] latching fixture 33 recess 331 [0027] tenon 332 latching rotating member 34, [0028] convex portion 341 elastic body 35 [0029] Gasket 36 End Seal 37 [0030] Cover 38 Spring 381 [0031] Insert 382 [0032] Support 4 Fixing Hole 41 [0033] Third Shaft 42 [0034] Second Hinge 5 Second pivot 51 10120953 production number A〇101 M439835 [0035] friction plate 52 elastomer 53 [0036] gasket 54 end seal 55 [0037] third comparison button 6 third shaft 61 [0038] friction plate 62 Elastomer 63 [0039] Gasket 64 End Seal 65 [0040] Spacer Ring 66 [0041] Protective Cover 7 Opening 71 [0042] Screw 72 Cover Post 73 10·^ Single Number A0101 Page 14 of 29 1012030839-0