I . - M429297 « 、 五、新型說明： 【新型所屬之技術領域】 本創作關於一種用於具有上蓋及底座的電子設備中’例如平板電 腦’使释上蓋可相對底座滑移後上掀開啟之提高開啟支撐力的滑蓋上 - .· • 掀結構。 【先前技術】 % 由於觸控技術進步，使得平板電腦得以大為流行。有些平板電腦 業者在液晶顯示螢幕下方設置了一個系統端，使得液晶顯示螢幕可相 對系統端先平移然後再上掀開啟，除了使顯示螢幕可斜立外，也可使 系統端上配置的鍵盤顯露而方便操作。為此操控動作的需要，必需設 計出一種滑蓋上掀結構而因應。 在申请人的中華民國專利申請第100113465號「壓縮空間且滑軌雙 側/月動S/骨蓋上掀結構」中’係針對中華民國新型專利申請第 φ 號'月蓋上掀結構」及中華民國新型專利申請第10〇2〇2〇44號「具有 鈑絲織_雜上掀結構」#前案付⑽，主钱將齒條壓縮 郎於雙爾減軌道内，謂滑座上部_—可㈣荷強度材料之 滑座承架，喊少個帥，又可增續紅_螢幕端的連結強度， 避免跳齒現象而使液晶顯螢幕兩側不同步傾斜問題。 但是，由於上蓋多為-個觸控式液晶顯示螢幕，在觸控操作時上 盘會受到-定的推力，如支撐力不夠，則會發生上蓋晃動或倒下的問 4 M429297 【新型内容】 針對先前技術之問題點，本創作提供了一種提高開啟支撐力的滑 蓋上掀結構’設置於具有一上蓋及一底座的一電子設備中；其係包括： 一對樞鈕器，分別具有一承架固接於該底座，每一承架至少具有 一可轉動之轉軸及一扭力提供裝置； 一對滑座，每一具有一連接部分別連接於該對樞鈕器之轉轴上而 可與該轉轴一同旋轉，以相對該底座向上旋轉； • -對滑座承架’分別鎖固於該對滑座上，並於兩側分卿成-凹 槽； -對歸雙滑套，每—係由__對相對的「〔」型滑套構成，且該 〔」型滑套分別固定於每一$滑座承架兩側的凹槽内，每一該「〔」 型滑套具有一切槽部； •軌道具有―固（於該上蓋的長板面並在該長板面之兩外 側緣連續彎折成-凸軌部，該凸軌部分別伸入其中之一該「〔」型滑 •套之切槽部内而可相對滑移； —對齒輪，分別設置於-蚊長轴接近兩端位置，而該固定長轴 兩端另j樞接於該對滑座上，使該對齒輪上方齒部分別穿過該對滑座 及該對滑座承架； 一對齒條’分棚定於麟轨道之長板面下方，且其齒面分猶 合每一該對齒輪上方齒部；及 一對支擇機構’每__至少包含有—樞接端相互樞接的—第一連桿 5 及一第二連桿，該第一連桿之另一端樞接於該滑座，而該第二連桿之 另一端則樞接於該樞钮器之承架；在該上蓋與該底座為閉合角度時， 該第一連桿與該第二連桿相對折疊於該滑座及該樞紐器的承架之間； 在該上f與該底座為開啟角度時，該第一連桿與該第二連桿相對張開 且支撐於該滑座及該承架之間。 本創作所提供的提高開啟支撐力的滑蓋上掀結構，其中支擇 機構的第一連桿、第二連桿與滑座及承架構成一個四連桿機構，在上 蓋與底座為開啟角度時支撐機構增加上蓋開啟的支撐力，使得上蓋在 觉到一定推力（例如觸控螢幕被按壓時）不會晃動或倒下，以達到較 前案更良好的開啟支撐力。 進者，本創作所提供的提高開啟文撐力的滑蓋上掀結構，其中該 支撐機構進-步包含-定位裝置’該定位裝置在該上蓋無底座為開 啟角度時會產生定位功能。 本創作所提供的提高開啟支標力的滑蓋上掀結構，其中該極紐器 之承架上形成-套筒結構，該套筒緊迫包覆於該轉抽之一圓軸部並 沿該套筒軸向上設有一長缺槽。 本創作所提供的提高開啟支撐力的滑蓋上掀結構，其巾該軌道上 "又有X起糾’而該滑座承架上設有-卡溝；該軌道滑移至最末端 位置時，該突起彈片卡人該卡溝内。此—設計，用以增加上蓋在開啟 狀態下的固定力量，使上蓋開啟後更不易滑落。 本創作所提供的提高啟捕力的滑蓋上赌構，其巾該第一連桿 及第二連桿之插接端以-公母軸結構框接’或者以―彈片結構樞接。 進者，本解提供—種提冑敝支撐力赌蓋上減構，設置於 具有一上蓋及一底座的一電子設備中；其係包括： 一對樞鈕器，分別具有一承架固接於該底座，每一承架至少具有 可轉之轉軸及—扭力提供裝置； 對滑座，每一具有一連接部分別連接於該對枢鈕器之轉轴上而 可與該轉軸-同雜，以相對該底座向上雜； —騎座承架，分別個於該珊座上，並於兩側分鄉成一凹 槽； 「對歸雙滑套，每—係由—對相制「〔」赌套構成，且該 「C」型滑套分別固定於每一該滑座承架兩側的凹槽内，每一該「^」 型滑套具有一切槽部； 對軌道’具有-固定於該上蓋的長板面，並在該長板面之兩外 侧緣連續彎折成-凸軌部，該凸軌部分別伸人其中之—該「匚」型滑 套之切槽部内而可相對滑移； 一對齒輪，分顺置於-SJ定長轴接近兩端位置，而顧定長轴 兩端分別樞接於該對上，使該職輪上方齒部分卿過該對滑座 及該對滑座承架； 一對齒條，分別固定於該對軌道之長板面下方，且其齒面分別嚙 合每一該對齒輪上方齒部；及 一對支顧構’每-具有連桿，該第—連桿—端與該滑座 樞接而可相對轉動；而該第-連桿另一端與一滑軌承架為可滑動連 接；該滑軌承架ϋ定於該底座，其上職—長槽，並在該長槽週圍後 M429297 段打凹部’而-滑塊可相對該長槽滑動且寬度大於該長槽的寬度； -滑軸之-前_接該第-連桿另—端，其__後侧穿過該長槽及滑 塊；該滑塊表面具有-斜坡以及具有—伸域長槽⑽—導塊；該後 軸末端p接-彈性組件及-固定件，提供彈力使該滑轴與該滑塊夾 持於該長槽兩側，以產生自動定位功能。 本創作所提供的提高開啟切力的滑蓋上減構，其巾該極叙器 是一種公母軸結構。 以下’將依據圖面所示之實施例而詳加說明本創作之結構特點及 使用功效。 【實施方式】 與前案類似’請參見第-圖至第三圖所示，本創作所提供的一種 提同開啟支接力的滑蓋上掀結構1 Q Q，係設置於具有__上蓋9 1及 一底座9 2的-電子設備9 〇中，例如—平板電腦，上蓋9 i為液晶 • 顯示螢幕（LCD)端，底座9 2為系統端並可具有鍵盤。滑蓋上掀結 . 構10 0之功能，是在上蓋91開啟時，是先相對底座9 2滑移（如 ' 帛二圖所示）’然後再相對底座9 2上掀而傾斜呈開啟狀的（如第三圖 所示），例如開啟角度為75度。 本創作之滑蓋上掀結構丨〇 〇第-種實關，可參見第四圖至第 七圖所示，主要係由-對樞紐器i i、—對滑座i 2、_對滑座承架 13、-對塑膠雙滑套i 4、-對軌道i 5、—對齒輪i 6、一對齒 條17及一對支樓機構18所構成。由於係相對於固定長轴161為 8 對稱結構’故在第五圖至第七圖讀稱的—部份顯示。 參見第六圖或第七圖，一對樞鈕器i丄分別具有一承架i丄工以 螺釘112固接於底座9 2上，每-承架工i丄具有一可轉動之轉軸 1 1 3.A—扭力提供裝置丄丄4。扭力提供裝置丄丄4係為承架工工 1上形成的一套筒結構，該套筒緊迫包覆於轉轴113之一圓軸部1 13 a，並沿套筒轴向上設有一長缺槽丄丄4 a。轉軸113相對圓 軸硭113 a設有一非圓形軸部工工3 b。另，承架工工工上形成一 垂直的折片115。 一對滑座i 2每一具有一連接部丄2 i分別連接於樞.紐器丄工之 轉軸113之非圓形軸部丄^ 3b上而可與轉轴丄丄3一同旋轉，以 相對底座9 2向上旋轉。 一對滑座承架1 3分別顧於滑座1 2上，並於兩侧分別形成-凹槽131。 對塑膠雙滑套14每一係由一對相對的「匚」型滑套141構 成，且該「匚」型滑套·i 4丄分別固定於每一滑座承架丄3兩側的凹 槽131内，每一「匚」型滑套141具有一切槽部14 2。 -對轨道15具有-固定於上蓋91的長板面工5丄，並在該長 板面151之兩外側緣連續彎折成一凸軌部丄5 2，該凸執部15 2 分別伸入其令之一「Π」型滑套141之切槽部14 2内而可相對滑 移。 一對齒輪16，參見第六圖，分別設置於一固定長軸161接近 兩端位置，而該固定長軸^ i兩端分別經過一轴承丄6 2樞接於滑 M429297 1 〇 1 . ，使齒輪1β上方齒部16 3穿過滑座12及滑座承架丄3 ^ 對齒條17分別固定於軌道15之長板面151下方，且其齒 面171分別噛合齒輪16之上方齒部16 3。 • 以生的結構，詳細可參見先前技術之前案内容。 。本創作相較前案主要是增設了-對支_構1 8，每一包含有一 樞接端181a及18 2 a相互樞接的-第一連桿工8工及一第二連 桿182。第一連桿181之另一端181匕以一固定於滑座工卜 Φ 側的凸轴181c枢接於滑座12 ,而第二連捍18 2之另一端工8 2 b則以枢釘工8 2 c樞接於枢钮器工工之承架工工1上的折片1 在上蓋91與底座9 2為閉合角度時，如第一圖或第二圖所示， 第一連桿1 8 1與第二連桿工8 2相對折疊於滑座工2及她器工工 Z架111之間，參見第八圖所示。在上蓋9 i與底座g 2為開啟 H ’如第三圖所示，第-連桿i 8丄與第二連桿i 8 2相對張開 φ 且支撐於滑座12及樞鈕器1i的承架i 2 i之間。 〇丄 文锝獨:稱1 8的第一連桿1 π 一丈什J· e匕興滑座1 2 承架11i構成-個四連桿機構，在上蓋91與底座9 2為開啟角 時支樓機構18增加上蓋91開啟的支射，使得上蓋9 i在受到 疋推力⑷如驗螢幕被時）不錢動_下， 良好的開啟支#力。 較則案 ==二定位裝置係由，183、—凹部結構184、 。 彈性組件186、及—固定件187所構成。 端i ^ 1 8 3具有—軸1 8 3 a _除連桿1 8 2之樞接 ^’以及-義雜㈣㈣务賴8 丄a1 a的—圓孔工8丄d。 ’ 第七構1 8 4設置於第—連桿1 8 1圓孔1 8 1 d之週圍，如 第七A圖所示，不與非圓形袖183b一同轉動。 -同Z 8 5具㈠咖11 8 5 3供咖_ 1 8 3 b穿過而 動’並相對凹部結構18 4設置-凸部結構丄8 5 b。 成。^性崎186物咖㈣18U由多片彈片構 6壓/讀1 8 7設於非_部1 8 3 b末端，使彈性組件1 8 開啟=輪18 5與凹部結構18 4接觸；在上蓋91與底座9 2為 "又時，凸輪1 8 5之凸部結構1 8 5 b叙凹部結構！ 8 4以 產生自動定位功能。 當然，凹部結m 8 4也可以是—個凹輪，不4設在第一連桿 181上，這是一種很簡易的替換。 進者’參見第六圓及第十圖所示，軌道i 5其中之—凸軌部工5 2上設有-突起彈片153 ’而滑座承架13上設有—卡溝132 ; 在上蓋91相對底座9 2滑移至最末端位置，即第二圖所示位置，軌 道1 5也姆滑座承架1 3滑移至最末端位置，突起彈片i 5 3卡入 該卡溝1 3 2内，如第十圖所示則係上蓋9丄已相對底座9㈣起。 此-設計，用以增加上蓋9 Μ開啟狀態下賴定力量，使上蓋9工 M429297 開啟後更不易滑落。 μ參見第十圖及第十二圖所示，為本創作之滑蓋上掀結構2 〇 〇第二種實_ ’其結構與第_實施例類似具有一對樞紐器2丄、一 對滑座2 2、—對滑座承架2 3、-對塑膠雙滑套2 4、—對軌道2 5對齒輪（圖未不）、一對齒條2 7及-對支撐機構2 8，但其中 支搶機構2 8的第—連桿2 81及第二連桿2 8 2之柩接端以-公母 公軸2 8 3及一母轴2 8 4所構成。 公轴2 8 3具有—連接部2 8 3 a固接於第二連桿2 8 2之樞接 端，以及圓形軸部2 8 3 b穿過第-連桿2 81樞接端。母轴2 8 4係為-龍供公軸2 8 3之圓形轴部2 8 3 b伸人而緊迫結合，可 參見第十圖所示，且其外部具有—非圓軸部2 8 & a與第—連桿2 8 1樞接端之_形孔2 8 1 eS]接而-同轉動。 在第十明及第十五騎示，為本創狀滑蓋上掀結構3 0 〇第 二種實施例，其結構m實施姻似具有__對_^ 3 χ、一對滑 座3 2、一對滑座承架3 3、一對塑膠雙滑套3 4、一對轨道3 5、 一對齒輪（圖未示）、一對齒條及-對支樓機構3 8 ’但其中支揮機構 3 8的第—連捍3 81及第二連桿3 8 2之框接端以-彈片結構樞 接。該彈性結構主要具有—姉3 8 3，其具有_連接部3 8 3 a固 接於第二連桿3 8 2之樞接端，以及-非圓形軸部3 8 3 b穿過第一 連桿3 81樞接端的一圓孔3 81d。而彈性組件3 8 6設於非圓形 軸部3 8 3 b上。固定件3 8 7設於非圓形軸部3 8 3 b末端，使彈 性組件386壓迫第-連桿381。彈性組件3 8 6係由多片彈片構 成0 12 M429297 在第二種實施例及第三種實施例中的公母軸結構及彈片結構都 是為了增加四連桿機構的挾持力，施予上蓋91額外的支撐力（但無定 位作用），目的也是在使上蓋9i受到一定推力不會晃動或倒下。疋 • 進煮，參見第十六圖及第十七圖所示，為本創作之滑蓋上掀結構 40 0第四種實施例，其結構與第一實施例類似具有一對樞鈕器$ 1、一對滑座4 2、一對滑座承架4 3、一對塑膠雙滑套4 4、一對 執道4 5、一對齒輪（圖未示）、一對齒條4 7及一對支律機構* 8 j • 與第一種實施例不同的，其中樞紐器41是-種公母軸結構，具 有一承架4 1 1 SI接於底座9 2，承架4 1 1卿形成—套筒狀的: 軸412，而一公轴413具有一連接部413 a固接滑座42 ,以 及-圓形軸部413 b。母轴412係供公轴413之圓形轴部4 χ 3 b伸入而緊迫結合，使滑座4 2與公軸4 χ 3一同轉動。公轴4工 3及母軸412配合達到扭力提供裝置’而公轴4 i 3與第—實施例 之轉軸113類似- • 另外，支撐機構4 8具有-第-連桿4 81，第-連桿4 81一 端與滑座4 2減而可相對轉動，例如，所轉座4 2側之一凸轴 481 c穿過第-連桿481-端並以-c型扣環48 i d固定；而 第-連桿4 81另-端與-滑軌承架4 8 2為可滑動連接，此機構提 供支撐上蓋91的扭力以減少彈回現象’因此可以減少樞知器4工的 尺寸，以利緊實化的要求。 如第十七圖所示，滑軌承架4 8 2是固定於底座9 2上的，其上 開設-長槽4 8 2 a，並在長槽4 8 2 a週圍後段打-凹部4 8 2 b，而-滑塊4 8 4可相對長槽4 8 2 a滑動且寬度大於該長槽4 8 13 2 a的寬度；一滑轴4 8 3之前軸4 8 3 a樞接第一連桿4 81另一 端’其後轴4 8 3 b則穿過長槽4 8 2 a及滑塊4 8 4 β滑塊4 8 4 表面具有一斜坡4 8 4 b以及具有一伸入長槽4 8 2 a内的導塊4 8 4 a。後轴4 8 3 b末端則連接一彈性组件4 8 Θ及一固定件4 8I . - M429297 « , V. New description: [New technology field] This work is about an electronic device with an upper cover and a base. For example, a tablet computer can be used to slide the cover against the base and then open it. Improve the sliding support on the sliding cover - .. • 掀 structure. [Prior Art] % Tablet PCs have become popular due to advances in touch technology. Some tablet manufacturers set a system end under the LCD screen, so that the LCD screen can be panned relative to the system and then opened up. In addition to making the display screen stand upright, the keyboard on the system side can be exposed. Easy to operate. For the purpose of this control action, it is necessary to design a slide cap structure to respond. In the applicant's Patent Application No. 100113465 of the Republic of China, "compressed space and both sides of the slide rail/monthly S/bone cover structure" is for the new patent application No. φ 'month cover structure of the Republic of China and The Republic of China new patent application No. 10〇2〇2〇44 “有钣丝织_杂上掀结构”# 前案付(10), the main money will reduce the rack in the double orbital - (4) Sliding seat frame of load-strength material, shouting less handsome, and can increase the connection strength of the red _ screen end, avoiding the phenomenon of jumping teeth and making the LCD screens not tilted on both sides. However, since the upper cover is mostly a touch-sensitive liquid crystal display screen, the upper plate will receive a certain thrust during the touch operation. If the supporting force is insufficient, the upper cover may be shaken or fallen down. 4 M429297 [New content] In view of the problems of the prior art, the present invention provides a slide cap structure for improving the opening support force, which is disposed in an electronic device having an upper cover and a base; the system includes: a pair of hinges each having a bearing The rack is fixed to the base, each rack has at least one rotatable rotating shaft and a torsion providing device; a pair of sliding seats each having a connecting portion respectively connected to the rotating shaft of the pair of hinges The rotating shaft rotates together to rotate upward relative to the base; • - the sliding seat brackets are respectively locked on the pair of sliding seats, and are divided into two sides on the sliding seat; - the pair of double sliding sleeves, each - It consists of __ pairs of opposite "[" type sliding sleeves, and the [" type sliding sleeves are respectively fixed in the grooves on both sides of each $slider frame, and each "[" type sliding sleeve has everything. Groove; • Track has “solid” (long surface of the upper cover) The two outer edges of the long plate surface are continuously bent into a convex rail portion, and the convex rail portions respectively extend into one of the "[" type sliding sleeves to be relatively slipped; - for the gear, The two ends of the fixed long shaft are pivotally connected to the pair of sliding seats, so that the upper teeth of the pair of gears pass through the pair of sliding seats and the pair of sliding seats respectively. a pair of racks' sheds are placed under the long board surface of the lining track, and the tooth surface is divided into the teeth above each pair of gears; and a pair of cutting mechanisms 'each __ at least contains a pivot The first link 5 and the second link are pivotally connected to each other, the other end of the first link is pivotally connected to the slider, and the other end of the second link is pivotally connected to the pivot button The first link and the second link are folded between the sliding seat and the frame of the hinge; the upper f and the base are at the closed angle of the upper cover and the base; When the angle is opened, the first link and the second link are relatively open and supported between the sliding seat and the carrier. The sliding upper cover structure, wherein the first connecting rod, the second connecting rod and the sliding seat and the support frame of the cutting mechanism form a four-bar linkage mechanism, and the support mechanism increases the supporting force of the upper cover opening when the upper cover and the base are at an opening angle Therefore, the upper cover does not shake or fall when a certain thrust is felt (for example, when the touch screen is pressed), so as to achieve a better opening support force than the previous case. In addition, the creative provided by the creation improves the opening force. The sliding cap upper structure, wherein the supporting mechanism further comprises a positioning device. The positioning device generates a positioning function when the upper cover has no opening angle. The cap of the sliding cover for improving the opening force is provided by the creation. a structure in which a sleeve-forming structure is formed on the frame of the pole holder, the sleeve is tightly wrapped around one of the rotary shaft portions and a long groove is provided along the axial direction of the sleeve. a slide cap upper structure that opens the supporting force, and the towel has a "X-correction" on the track, and the slider frame is provided with a - card groove; when the track is slid to the extreme end position, the protruding spring card is People should be inside the card. This is designed to increase the fixing force of the upper cover in the open state, so that the upper cover is less likely to slip off after being opened. The slide-up gambling structure provided by the present invention for improving the catching force is such that the plug ends of the first link and the second link are framed by a male-female axis structure or pivotally connected by a "spring piece structure". In addition, the present solution provides a support structure for the gambling cover, and is disposed in an electronic device having an upper cover and a base; the system includes: a pair of hinges respectively having a frame fixed to the frame The base, each of the supports has at least a rotatable shaft and a torsion providing device; each of the sliding seats has a connecting portion respectively connected to the rotating shaft of the pair of pivoting devices and can be mixed with the rotating shaft To the opposite side of the base; - the riding frame, respectively, on the mountain, and on both sides into a groove; "for the double sliding sleeve, each - by - to phase "[" gambling a sleeve, and the "C" type sliding sleeves are respectively fixed in the grooves on both sides of each of the carriages, each of the "^" type sliding sleeves has a groove portion; the pair of tracks has - fixed to the The long plate surface of the upper cover is continuously bent into a convex rail portion at the two outer edges of the long plate surface, and the convex rail portion respectively protrudes therein - the sliding portion of the "匚" type sliding sleeve is relatively slippery a pair of gears, the sub-segment is placed on the -SJ fixed-length axis near the two ends, and the two ends of the Gu-long axis are respectively pivotally connected to the pair And the pair of racks are respectively fixed under the long board faces of the pair of rails, and the tooth faces thereof respectively engage the pair of gears respectively a toothed portion; and a pair of supporting members each having a connecting rod, the first connecting rod end being pivotally connected to the sliding seat for relative rotation; and the other end of the first connecting rod and a sliding rail receiving frame are a sliding joint; the rail bracket is fixed to the base, and the upper rail is a long slot, and the M429297 section is recessed around the long slot and the slider is slidable relative to the slot and the width is greater than the slot Width; - the front of the sliding shaft - the other end of the first link, the __ rear side passes through the long groove and the slider; the surface of the slider has a - slope and has a long groove (10) - The rear end of the rear axle is connected with the elastic component and the fixing member to provide elastic force to clamp the sliding shaft and the sliding block on both sides of the long groove to generate an automatic positioning function. The creation of the sliding cover for improving the opening shear force provided by the present invention is a male and female shaft structure. The following 'details' will be described in detail with reference to the embodiments shown in the drawings. [Embodiment] Similar to the previous case, please refer to the figure - to the third figure. The slide cap structure 1 QQ provided by the creation of the same opening force is set on the __ upper cover 9 1 And a base 9 2 - an electronic device 9 , for example, a tablet computer, the upper cover 9 i is a liquid crystal display screen (LCD) end, the base 92 is a system end and can have a keyboard. The function of the structure is that when the upper cover 91 is opened, it is first slipped relative to the base 9 2 (as shown in the '2') and then tilted to open relative to the base 9 2 (as shown in the third figure), for example, the opening angle is 75 degrees. The sliding structure of the slide cap of this creation is the first kind of real closing, as shown in the fourth to seventh figures, mainly by the pair of hinges ii, the pair of slides i 2, the _ sliding seat bearing The frame 13, the pair of plastic double sliding sleeves i 4, the pair of rails i 5, the pair of gears i 6, the pair of racks 17, and the pair of branching mechanisms 18 are formed. Since it is an 8-symmetric structure with respect to the fixed long axis 161, it is partially shown in the fifth to seventh figures. Referring to the sixth or seventh figure, a pair of hinges i 具有 respectively have a frame i is fixed by screws 112 to the base 9 2 , and each of the frames has a rotatable shaft 1 1 3 .A—Torque providing device 丄丄4. The torque providing device 丄丄 4 is a sleeve structure formed on the frame worker 1 , and the sleeve is tightly wrapped around one of the shaft portions 1 13 a of the rotating shaft 113 and has a length along the axial direction of the sleeve. Slot 4 a. The rotating shaft 113 is provided with a non-circular shaft portion 3b with respect to the circular axis 113a. In addition, a vertical flap 115 is formed on the frame worker. The pair of slides i 2 each have a connecting portion 丄 2 i respectively connected to the non-circular shaft portion 丄 3 3 of the pivot shaft 113 of the pivoting device and can be rotated together with the rotating shaft 丄丄 3 to The base 9 2 is rotated upward. A pair of carriages 13 are respectively disposed on the carriages 1 2 and are respectively formed with grooves 131 on both sides. Each of the plastic double sliding sleeves 14 is composed of a pair of opposite "匚" type sliding sleeves 141, and the "匚" type sliding sleeves i 4 are respectively fixed to the concave sides of each of the sliding brackets 3 In the groove 131, each "匚" type sliding sleeve 141 has all the groove portions 14 2 . - the pair of rails 15 has a long plate surface 5 fixed to the upper cover 91, and is continuously bent at both outer edges of the long plate surface 151 into a convex rail portion 5.2, which protrudes into the convex portion 15 2 One of the "Π" type sliding sleeves 141 can be relatively slipped within the grooved portion 14 2 . A pair of gears 16, as shown in the sixth figure, are respectively disposed at a position close to both ends of a fixed long shaft 161, and the two ends of the fixed long shaft ii are respectively pivoted to a sliding M429297 1 〇1 by a bearing 丄6 2 , so that The upper portion 16 3 of the gear 1β passes through the carriage 12 and the carriage bracket 3 ^ . The rack 17 is fixed to the lower surface 151 of the rail 15 respectively, and the tooth surface 171 respectively engages the upper tooth portion 16 of the gear 16 . 3. • The structure of the birth, please refer to the previous technical content. . This creation is mainly added to the previous case - the pair of supports 18, each of which includes a pivotal end 181a and 18 2 a which are pivotally connected to each other - a first link worker and a second link 182. The other end 181 of the first link 181 is pivotally connected to the slide 12 by a convex shaft 181c fixed to the side of the slide Φ, and the other end of the second link 18 2 is pivoted. 8 2 c Folding 1 pivoted to the frame worker 1 of the pivoting tool worker. When the upper cover 91 and the base 9 2 are closed, as shown in the first or second figure, the first link 1 8 1 and the second link worker 8 2 are folded between the sliding seat 2 and the other hand Z frame 111, as shown in the eighth figure. In the upper cover 9 i and the base g 2 are opened H ' as shown in the third figure, the first link i 8 丄 and the second link i 8 2 are relatively open φ and supported by the carriage 12 and the hinge 1i Between i 2 i. 〇丄文锝独: The first connecting rod of 1 8 is called 1 π 丈 J J· e匕兴滑座 1 2 The frame 11i constitutes a four-bar linkage mechanism, when the upper cover 91 and the base 9 2 are open angles The branching mechanism 18 increases the opening of the upper cover 91, so that the upper cover 9 i is not motivated when subjected to the thrust (4) such as the inspection screen, and the opening force is good. The case == two positioning devices are, 183, - recess structure 184, . The elastic member 186 and the fixing member 187 are formed. The end i ^ 1 8 3 has - the axis 1 8 3 a _ except the connecting rod 1 8 2 pivoting ^' and - the meaning of the (four) (four) depends on 8 丄 a1 a - round hole 8 丄 d. The seventh structure 184 is disposed around the first link 1 8 1 round hole 1 8 1 d, and as shown in Fig. 7A, does not rotate together with the non-circular sleeve 183b. - Same as Z 8 5 (a) coffee 11 8 5 3 for coffee _ 1 8 3 b through and 'and relative to the recess structure 18 4 - convex structure 丄 8 5 b. to make. ^Sexaki 186 coffee (4) 18U consists of multiple pieces of shrapnel 6 pressure / read 1 8 7 is set at the end of the non-part 1 8 3 b, so that the elastic assembly 18 is opened = wheel 18 5 is in contact with the recess structure 18 4; in the upper cover 91 And the base 9 2 is " again, the cam 1 8 5 convex structure 1 8 5 b recessed structure! 8 4 to generate automatic positioning. Of course, the recessed knot m 8 4 may also be a concave wheel, and the fourth is not provided on the first link 181, which is a very simple replacement. Referring to the sixth circle and the tenth figure, the track i 5 is provided with a - protruding elastic piece 153 ' on the convex rail part 5 2 and a card groove 132 is provided on the sliding seat frame 13; 91 slides to the end position relative to the base 9 2, that is, the position shown in the second figure, the track 15 5 slides the carrier 13 to the end position, and the protruding elastic piece i 5 3 snaps into the card groove 1 3 2, as shown in the tenth figure, the upper cover 9 丄 has been raised relative to the base 9 (four). This design is used to increase the force of the upper cover 9 Μ open state, so that the upper cover 9 M429297 is less likely to slip off after opening. μ See the tenth and twelfth figures, which are the sliding structure of the sliding cover for the creation 2 〇〇 The second type _ 'The structure is similar to the first embodiment with a pair of hinges 2 丄, a pair of slides Seat 2 2, - slide bracket 2 3, - pair of plastic double sleeve 2 4, - pair of rails 2 5 pairs of gears (not shown), a pair of racks 27 and - pair of support mechanisms 2 8, but The connecting ends of the first link 2 81 and the second link 2 8 2 of the supporting mechanism 28 are composed of a male and female male shaft 2 8 3 and a female shaft 2 8 4 . The male shaft 2 8 3 has a connecting portion 2 8 3 a fixed to the pivot end of the second link 28 2 and a circular shaft portion 2 8 3 b passing through the pivot end of the first link 2 81. The parent shaft 2 8 4 is a dragon for the male shaft 2 8 3 The circular shaft portion 2 8 3 b is extended and tightly combined, as shown in the tenth figure, and the outside has a non-circular shaft portion 2 8 & ; a and the - link 2 8 1 pivotal end of the _-shaped hole 2 8 1 eS] connected - the same rotation. In the tenth and fifteenth riding, the second embodiment of the present invention is a squat structure, and the structure m is configured to have a __pair _^3 χ, a pair of slides 3 2 a pair of sliding seat brackets 3 3, a pair of plastic double sliding sleeves 3 4, a pair of rails 3 5, a pair of gears (not shown), a pair of racks and a pair of branch building mechanisms 3 8 'but The frame ends of the first link 3 81 and the second link 3 8 2 of the swing mechanism 38 are pivotally connected by a spring-like structure. The elastic structure mainly has a 姊3 8 3 having a _ connecting portion 3 8 3 a fixed to the pivot end of the second link 328, and a non-circular shaft portion 3 8 3 b passing through the first A circular hole 3 81d of the pivotal end of the connecting rod 3 81. The elastic member 386 is disposed on the non-circular shaft portion 3 8 3 b. A fixing member 389 is provided at the end of the non-circular shaft portion 3 8 3 b, so that the elastic member 386 presses the first link 381. The elastic member 3 8 6 is composed of a plurality of elastic pieces. 0 12 M429297 In the second embodiment and the third embodiment, the male and female shaft structures and the elastic piece structure are both for increasing the holding force of the four-bar linkage mechanism, and the upper cover is applied. 91 additional support (but no positioning), the purpose is also to make the upper cover 9i a certain thrust will not shake or fall.疋• 煮煮, see the sixteenth and seventeenth figures, which is the fourth embodiment of the slider upper structure 40 of the present invention, which has a structure similar to the first embodiment and has a pair of hinges $1 , a pair of sliding seats 4 2, a pair of sliding seat brackets 4 3, a pair of plastic double sliding sleeves 4 4, a pair of obeying lanes 4 5, a pair of gears (not shown), a pair of racks 4 7 and one For the branch mechanism * 8 j • Different from the first embodiment, wherein the hinge 41 is a male-female shaft structure having a frame 4 1 1 SI connected to the base 9 2 and the frame 4 1 1 is formed - sleeve-like: shaft 412, and a male shaft 413 has a connecting portion 413a fixed to the slider 42, and a circular shaft portion 413b. The female shaft 412 is for the circular shaft portion 4 χ 3 b of the male shaft 413 to be inserted into and tightly coupled, so that the carriage 4 2 rotates together with the male shaft 4 χ 3 . The male shaft 4 and the female shaft 412 cooperate to reach the torque providing device' and the male shaft 4 i 3 is similar to the rotary shaft 113 of the first embodiment - • In addition, the support mechanism 4 8 has a - - - link 4 81, the first-connected One end of the rod 4 81 is relatively rotatable relative to the carriage 4 2 , for example, one of the convex shafts 481 c on the side of the rotating base 4 passes through the end of the first link 481 and is fixed by the -c type buckle 48 id; The first-link 4 81 and the --slide bracket 4 8 2 are slidably connected, and the mechanism provides a torsion force for supporting the upper cover 91 to reduce the rebound phenomenon. Therefore, the size of the pivoting device can be reduced to facilitate Tightening requirements. As shown in Fig. 17, the rail bracket 842 is fixed to the base 92, and has a long slot 4 8 2 a, and a rear recessed portion 4 8 around the long slot 4 8 2 a. 2 b, and the slider 4 8 4 can slide relative to the long slot 4 8 2 a and the width is greater than the width of the long slot 4 8 13 2 a; a sliding shaft 4 8 3 before the shaft 4 8 3 a pivots the first connection The other end of the rod 4 81 'the rear axle 4 8 3 b passes through the long slot 4 8 2 a and the slider 4 8 4 the slider 4 8 4 has a slope 4 8 4 b on the surface and has a long slot 4 The guide block 4 8 4 a in 8 2 a. The rear axle 4 8 3 b end is connected with an elastic component 4 8 Θ and a fixing member 4 8
-V 7，進而提供彈力使滑軸4 8 3與滑塊4 8 4夹持於長槽4 8 2 a ^ 側 在第十八圖所示，其係為上蓋91與底座9 2閉合時，即第一圖 所示狀態，此時第一連桿4 81傾倒，而滑塊4 8 4與滑軸4 8 3夾 持於凹部4 8 2 b位置，因此彈性組件4 8 6提供較小壓迫力，使得 上蓋91易於向上掀起。當上蓋9 χ上掀後，滑塊484的斜坡48 4 b開始滑出凹部4 8 2 b ’使得滑轴4 8 3與滑塊4 8 4夾持漸 厚，由於彈性組件48 6提供的壓力漸增，以提供上蓋9丄上掀的支 撑力。參見第十九圖，當上蓋91上掀至開啟角度時（如第三圖所示 位置），由於滑塊484的斜坡484b完全滑出凹部48 2b，而 使得滑軸4 8 3與滑塊4 8 4夾持最厚，提供最大的支撐力。 但當要反向閉合上蓋91時，由於滑軸4 8 3與滑塊4 8 4的反 向移動，斜坡4 8 4 b會自動反向滑入凹部4只？ κ 14 Z b，而能提供自動 鎖合的功能。 V —又仿傅傅隹上蓋9 i與底座9 ‘ 開啟角度時，能增加上蓋91開啟的支撐力，使得上，‘ i y i_在文j 定推力（例如觸控螢幕被按壓時）不會晃動或倒下，以達套^ 良好的開啟支樓力。 1 構’完 綜上所陳，本創作所提供的提高開啟支撐力的滑蓋上掀妗 全符合專批新難及進步性要件，纽法提出申請。 【圖式簡單說明】 第圖至第二圖代表本創作第一種實施例裝置於折叠式電子產品 中的動作示意圖， 第四圖代表本創作第一種實施例之立體外觀圖， 圖代表本創作第一種實施例之另一角度部份放大立體圖， 第六圖代表本創作第一種實施例之部份分解圖， 第七圖代表本創作第一種實施例植紐器及支撐機構之分解圖， 第七A圖代表本創作第一種實施例凹部結構與凸輪之放大 圖， 第八圖代表本創作第一種實施例在上蓋與底座閉合時的相對平面 圖， 第九圖代表本創作第一種實施例在上蓋與底座開啟時的相對平面 圖，-V 7, and further providing elastic force to clamp the sliding shaft 484 and the slider 4 8 4 to the long groove 4 8 2 a ^ side as shown in the eighteenth figure, when the upper cover 91 and the base 9 2 are closed, That is, in the state shown in the first figure, at this time, the first link 4 81 is tilted, and the slider 4 8 4 and the slide shaft 4 8 3 are clamped at the position of the recess 4 8 2 b, so the elastic member 486 provides less compression. The force makes the upper cover 91 easy to pick up. When the upper cover 9 is squatted, the slope 48 4 b of the slider 484 begins to slide out of the recess 4 8 2 b ' so that the sliding shaft 484 and the slider 484 are clamped and thickened due to the pressure provided by the elastic member 48 6 Increasingly, to provide the support of the upper cover 9 丄 upper 掀. Referring to the nineteenth figure, when the upper cover 91 is raised to the opening angle (as shown in the third figure), since the slope 484b of the slider 484 completely slides out of the recess 48 2b, the sliding shaft 484 and the slider 4 are caused. 8 4 The grip is the thickest and provides maximum support. However, when the upper cover 91 is to be closed in reverse, the slope 4 8 4 b automatically slides back into the recess 4 due to the reverse movement of the slide shaft 4 8 3 and the slider 4 8 4? κ 14 Z b, which provides automatic locking. V - and the same as the Fu Fu 隹 upper cover 9 i and the base 9 ' opening angle, can increase the supporting force of the upper cover 91 to open, so that the 'iy i_' in the text (such as when the touch screen is pressed) will not Shake or fall down to reach the set ^ good opening of the building. 1 Construction “Completely, the opening of the slide provided by this creation to improve the support is in line with the new difficulties and progressive requirements, and Newfa applied. BRIEF DESCRIPTION OF THE DRAWINGS The first to second figures represent a schematic view of the operation of the first embodiment of the present invention in a folding electronic product, and the fourth figure represents a three-dimensional appearance of the first embodiment of the present creation. Another angled partial perspective view of the first embodiment is created. The sixth figure represents a partial exploded view of the first embodiment of the present creation, and the seventh figure represents the first embodiment of the present invention. The exploded view, the seventh A represents the enlarged view of the recess structure and the cam of the first embodiment of the present creation, and the eighth figure represents the relative plan of the first embodiment of the present invention when the upper cover and the base are closed, and the ninth figure represents the creation. The first embodiment is an opposite plan view when the upper cover and the base are opened,
I 第十圖代表本創作第一種實施例之另一角度部份放大立體圖， 第十一圖代表本創作第二種實施例之部份大立體圖， 第十二圖餘本_第二種實劇触^及支顧狀分解圖， 第十三圖代表本創作第二種實施例支撐機構之立體剖視圖， 第十四圖代表本創作第三種實細之部份放大立體圖， 15 第十五圖代表本翁第二種實施触邮及支賴構之分解圖， 第十八圖代表本獅第四種實軸之部減大立體圖， 第十七賊表本獅第四種實齡_^及支構之分解圖，The tenth figure represents another perspective partial enlarged view of the first embodiment of the present creation, and the eleventh figure represents a partial large perspective view of the second embodiment of the present creation, and the twelfth figure remains the second The tactile touch and the distraction diagram, the thirteenth diagram represents a three-dimensional cross-sectional view of the support mechanism of the second embodiment of the present creation, and the fourteenth figure represents a partial enlarged view of the third real part of the creation, 15 fifteenth The figure represents the exploded view of the second implementation of the post and the support structure of the Ben, the eighteenth figure represents the fourth real axis of the lion, and the fourth real age _^ And the exploded view of the support,
V 第十八圖代表本齡第四種實細在上蓋與底細合時的相對年 面圖， 第十九圖代表本創作第四種實施例在上蓋與底座開啟時的相對平 面圖。 【主要元件符號說明】 滑蓋上掀結構1 〇 〇 樞紐器1 1 承架1 1 1 螺釘1 1 2 轉軸1 1 3 ®軸部113 a 非圓形軸部113 b 扭=力提供裝置1 1 4 長缺槽114 a 折片1 1 5 滑座1 2 連接部121 M429297 . 滑座承架13 凹槽1 3 1 卡溝1 3 2 塑膠雙滑套14 • 「匚」型滑套141 切槽部14 2 轨道1 5 長板面151 • 凸執部15 2 突起彈片15 3 齒輪1 6 固定長軸161 轴承1 6 2 上方齒部16 3 齒條1 7 0 齒面171 支撐機構18 第一連桿181 框接端181 a 另一端181b 凸軸181c 圓孔18 Id 第二連桿18 2 框接端18 2 a M429297 . 另一端182b 極釘18 2 c 樞轴1 8 3 連接部18 3 a • 非圓形轴部183b . 凹部結構184 凸輪1 8 5 非圓孔185 a # 凸部結構185b 彈性組件18 6 固定件18 7 電子設備9 0 上蓋9 1 底座9 2 滑蓋上掀結構2 0 0 極紐器2 1 滑座2 2 滑座承架2 3 塑膠雙滑套2 4 軌道2 5 齒條2 7 支撐機構2 8 M429297 . 第一連桿281 非圓形扎2 81 e 第二連桿2 8 2 公軸2 8 3 連接部2 8 3 a . 圓形軸部283b 母軸2 8 4 非圓軸部2 8 4 a • 滑蓋上掀結構3 0 0 樞鈕器3 1 滑座3 2 滑座承架3 3 塑膠雙滑套3 4 軌道3 5 支撐機構3 8 第一連桿3 81 圓孔3 81d 第二連桿3 8 2 樞軸3 8 3 連接部3 8 3 a 非圓形轴部3 8 3 b 彈性組件3 8 6 固定件3 8 7 M429297 滑蓋上掀結構4 Ο Ο 柩紐器4 1 g架4 1 1 η 母轴4 12 _ 公轴413 連接部413 a 圓形轴部413 b • 滑座4 2 滑座承架4 3 塑膠雙滑套44 軌道4 5 齒條4 7 支撐機構4 8 第一連桿481 凸軸4 8 1 c ^ c型扣環48 Id 滑軌承架4 8 2 長槽4 8 2 a 凹部4 8 2 b 滑轴4 8 3 前轴4 8 3 a 後轴4 8 3 b 滑塊4 8 4 M429297 導塊484 a 斜坡4 8 4 b 彈性組件4 8 6 固定件487V Fig. 18 represents a relative year view of the fourth solid of the age when the upper cover and the bottom are thinned together, and the nineteenth figure represents a relative plan view of the fourth embodiment of the present creation when the upper cover and the base are opened. [Main component symbol description] Slide upper structure 1 〇〇 hinge 1 1 Shelf 1 1 1 Screw 1 1 2 Rotary shaft 1 1 3 ® Shaft 113 a Non-circular shaft 113 b Twist = force supply device 1 1 4 Long missing groove 114 a Folding 1 1 5 Sliding seat 1 2 Connecting part 121 M429297 . Sliding frame 13 Groove 1 3 1 Card groove 1 3 2 Plastic double sliding sleeve 14 • "匚" type sliding sleeve 141 Grooving Part 14 2 Track 1 5 Long board surface 151 • Projection 15 2 Projection spring 15 3 Gear 1 6 Fixed long shaft 161 Bearing 1 6 2 Upper tooth 16 3 Rack 1 7 0 Tooth surface 171 Support mechanism 18 First connection Rod 181 frame end 181 a other end 181b convex shaft 181c circular hole 18 Id second link 18 2 frame end 18 2 a M429297 . the other end 182b pole pin 18 2 c pivot 1 8 3 connection 18 3 a • Non-circular shaft portion 183b. Recessed structure 184 Cam 1 8 5 Non-circular hole 185 a # Projection structure 185b Elastic assembly 18 6 Fixing member 18 7 Electronic device 9 0 Upper cover 9 1 Base 9 2 Slide upper structure 2 0 0 Pole 2 1 Sliding seat 2 2 Sliding frame 2 3 Plastic double sliding sleeve 2 4 Track 2 5 Rack 2 7 Supporting mechanism 2 8 M429297 . First connecting rod 281 Non-circular tie 2 81 e Second link 2 8 2 male shaft 2 8 3 connecting portion 2 8 3 a . Circular shaft part 283b Female shaft 2 8 4 Non-circular shaft part 2 8 4 a • Slide upper structure 3 0 0 Pendant 3 1 Sliding seat 3 2 Sliding frame 3 3 Plastic double sliding sleeve 3 4 Track 3 5 Support mechanism 3 8 First link 3 81 Round hole 3 81d Second link 3 8 2 Pivot 3 8 3 Connection part 3 8 3 a Non-circular shaft part 3 8 3 b Elastic component 3 8 6 Fixing parts 3 8 7 M429297 Slide upper structure 4 Ο 柩 柩 4 4 g 架 4 1 1 η Female shaft 4 12 _ Male shaft 413 Connection 413 a Round shaft 413 b • Slide 4 2 Slide Shelf 4 3 Plastic double sliding sleeve 44 Track 4 5 Rack 4 7 Supporting mechanism 4 8 First connecting rod 481 Projection shaft 4 8 1 c ^ c-type retaining ring 48 Id Slide rail bracket 4 8 2 Long slot 4 8 2 a Recess 4 8 2 b Sliding shaft 4 8 3 Front axle 4 8 3 a Rear axle 4 8 3 b Slider 4 8 4 M429297 Guide block 484 a Slope 4 8 4 b Elastic assembly 4 8 6 Mounting member 487