200826010 •九、發明說明： 【發明所屬之技術領域】 本發明涉及一種雙屏顯示器。 【先前技術】 隨著技術之發展，液晶顯示產品越來越多地被運用到 人們日常生活中。大尺寸之液晶顯示產品因其顯示效果好 而受到客戶之歡迎。但由於多種原因，大尺寸之液晶顯示 產品製造難度大，並且隨著液晶顯示產品之尺寸增大其製 Γ造成本陡然增加。而X，大尺寸之液晶顯示產A也不^ 帶，給人們出行使用帶來不便。 间 >如何滿足人們攜帶方便而且享受到大尺寸之液晶顯示 效果成為製造商極待解決之問題。 【發明内容】 —#於以上内谷’有必要提供—種可伸展收合之雙屏顯 王叉/开热貝 設置-第心 一弟—固定板，該第，200826010 • Nine, invention description: [Technical field to which the invention pertains] The present invention relates to a dual screen display. [Prior Art] With the development of technology, liquid crystal display products are increasingly being used in people's daily lives. Large-size LCD products are popular with customers because of their good display. However, for a variety of reasons, large-sized liquid crystal display products are difficult to manufacture, and as the size of the liquid crystal display product increases, the manufacturing cost increases sharply. And X, the large-size liquid crystal display A does not bring, which brings inconvenience to people for travel. How to meet the convenience of people to carry and enjoy the large-size LCD display has become a problem that manufacturers have to solve. [Summary of the Invention] - #在上内谷' is necessary to provide a kind of stretchable folding double screen display Wang fork / open hot shell set - the first heart - the fixed board, the first,
Lf:槽及一第二滑槽’該第-顯示屏之-m ’月動谷置於該第一固定板之第—滑槽之 第二顯示屏之一側設置一滑 弟〜件’ 滑槽之第二導滑件，向相反方向拉動固定板之第 二顯示屏，該第一顯示屏之第—二不屏與_ 撐架-側滑動’該第二顯示屏之二沿該第-滑槽向 向支撐架之另一側滑動至該第 ：牛名該第二滑 顯不屏與該第二顯示屏 200826010 展開。 相較習知技術，該雙屏顯示器利用 與該導滑件相配合之㈣實㈣第1 = ^件及複數 屏相對於該支撐架之料與收合，其示 【實施方式】 請參閱圖1及圖2,本發明雙屏顯示 包括一支撐架10、一第一滑執2〇、一 方式 一 禾一濟執30、一第 -顯示屏4〇、—第二顯示屏5G、—第三滑軌6Q、 定位们0、-第二定位鎖72、兩彈性元件8〇、_滑動件 91、一第一導滑件92、一第二導滑件 94。 守/月仟93及—第三導滑件 請再參閱圖1，該支撐架10包括一腳座12、一固一 於該腳座12之第一固定板14、從該第一固定板μ之二 側垂直向上延伸形成之連接板16以及可拆卸地固定於該 連接板16之頂端並與該第一固定板平行之第二固定板 18。 共線之短直段及一連接該長直段與該短直段之傾斜段。 該第一固定板14於其另一側靠近兩端處分別開設一盲孔 146。該第一固定板14還開設複數固定孔148。 請一併參閱圖2,該第二固定板18開設—與該第一 該第一固定板14之上表面鄰近其另一側處開設一長 直之第-滑槽142。該第一固定板14之上表面還開設一 第二滑槽144。該第二滑槽144大致呈“z，，形，其包括 一與該第一滑槽142平行之長直段、一與該第一滑槽^42 8 200826010 固定板14之第二滑槽144形狀大小相同且與該第二滑槽 i 44平行之第三滑槽182，該第三滑槽182也包括一長直 段、一短直段及一傾斜段。該第二固定板18靠近其一側 邊緣處開設一螺絲孔184。該第二固定板18開設複數固 定孔186。 請再參閱圖1，該第一滑軌20呈片狀，其上對應於 该第一固定板14之第一滑槽142及第二滑槽144分別開 設一第一滑道22及一第二滑道24。該第一滑道22與該 第 β槽142形狀及長度相同，惟寬度略窄，該第一滑 道22之兩端分別形成一直徑比該第一滑道22之寬度略 大之圓孔。該第二滑道24與該第二滑槽144形狀及長度 相同，惟X度略窄，該第二滑道24之兩端分別形成一直 徑比該第二滑道24之寬度略大之圓孔。該第一滑執2〇 之一側對應於該第一固定板14之盲孔146開設兩通孔 26。該第一滑執20對應於該第一固定板14之固定孔148 開設複數通孔28。 々該第—滑執3〇呈片狀，其對應於該第二固定板】8 ，第一π槽182開設一第三滑道32，該第三滑道32與該 第一π槽182形狀及長度相同，惟略窄於該第三滑栌 182。該第三滑道32之兩端分別形成一直徑比該第三^ 二32之寬度略大之圓孔。該第二滑軌3〇對應於該第二 =板18之螺絲孔184開設—通孔％。該第二滑執加 應於該第二岐板18之固定孔186開設複數通孔36。 該第—顯示屏4G之上邊框開設—長形之淺槽42，該 9 200826010 淺槽42之底部中間位置開設一較深之長槽44，談 42於該長槽44之兩端分別設置一固定孔46。該第二： 示屏40之下邊框開設一螺絲孔47’該第一顯示屏於 該螺絲孔47附近開設一第一定位孔48，該第_顯示屏 40於該下邊框一端開設一限位孔49。 該第二顯示屏50之上邊框開設—螺絲孔52,該第二 顯示屏50之下邊框開設一螺絲孔54，該帛 ^ 一 於該螺絲孔54之附近開設一第二定位孔56。 該第三滑軌60呈一長條片狀，其中部沿縱長 ，一第四滑道62,該第四滑道62之兩端分別形成一直二 比^四滑道62之寬度略大之圓孔。該第三滑執之 兩端分別開設一通孔6 4。 該第一定位銷70及該第二定位銷72之 圓球狀。 貝鳊杓呈丰 該兩彈性元件80在本實施例中為兩彈簧。 一導^^Λ1、第一導滑件92、第三導滑件94及第 一導滑端及—鎖固端，在本實施例中 均為大碩螺絲。 請—併參閱圖3與圖4,裝配時，利用複數鉚釘（圖 未不）穿過該第-滑轨2〇之通孔28及該第—固定板14 =固定孔U8將該第一滑執20固定於該第一固定板14; =將該第二滑軌2G固以該第二固定板18。將一彈性 =80及該第一定位鎖7〇依次穿過該第一滑執2〇之相 似之通孔26置入該第-固定板14之相應之盲孔146中； 200826010 .同樣，將另-彈性元件80及該第二 一固定板14之另一盲孔146 =72置入该第 第:定位銷72之半圓球狀之頂部均露出： 入該第二固定板18之螺絲執30之通孔“鎖 將該第-導滑件92鎖入該第一顯 47。使用㈣釘（圖㈡）分财職 :綱入該第一顯示屏4。之 ::執:之兩 軌60鎖固在該第一顯示屏4〇之㈣ 該t滑 滑執60之第四滑道62 、/使該第二 將該第三導滑件94、ΓΓ 屏40之長槽“。 顯示屏5。之螺絲孔52、5$滑件93分別鎖入該第二 安裝時，拆下該支擇架1〇第 二顯示屏50貼近該支撐¥ 1{)之疋板18 ’將該第 第二顯示屏5。之第連之接二？，⑽ 20之第二滑道24兩端之任一圓孔置H；；從該第一滑軌 之:二，内;將該第—:示^ 屏5〇,使鎖固於該第一顯示 近該第-顯- 滑端穿過該第-滑執20之第一、f :―:滑件92之導 置入該第一固定 ⑺2- 22兩端之任一圓孔 板18固定於該連接滑槽142内。㈣第二固定 端穿過該第三滑 入該第-顯示屏4〇之長槽4二：兩二之:-圓孔置 第三導滑件94之道、使第—顯示屏50之 導'月知穿過該第二滑執30之第三滑道 11 200826010 32兩端之任-圓孔置入該第二固定板i8之第三 182。裝配後之雙屏顯示器如圖5所示。 曰 圖6’需將該雙屏顯示器展開使用時，向 H第1之方向拉動該第—顯示屏4〇,該第-顯 3固4 件92之導滑端沿該第-滑請向 ::之第一定位銷70所在之方向滑動，該 、曾=屏0之長槽44相對於該支撐架10之滑動件91 之導滑端同向滑動，至兮筮 - r" 經過該第一定二=一=屏40之第-定位孔48 # 〇〇 ^ 处時，該弟—定位銷70在彈性元 件80之作用下彈出並插入該第一定位孔Μ中 位。向該第二定位銷79少士 妥 疋 第二顧-尸^々 之方向拉動該第二顯示屏50,該 ，第：广第二導滑件Μ及第二導滑件93分別在 該第一固疋板18之第二、、晋揭1δ9 η斗汾 篦二取播m 月槽182及該弟一固定板14之 導滑;：内Γ該第二定位銷72之方向滑動，該第三 : 該々一導滑件93分別經過該第三滑槽182 ，該弟二滑槽⑷之長直段、傾斜段並且進入短厶 至該第二顯示屏50之第二定位孔56經過該第-ί :銷 72處時，續坌—宕办处， 、必弟一疋位勒 ,. μ第一疋位銷72在彈性元件80之作用下彈出 並插入該第二定位孔56中形成定位。此時，該第一= :一4〇個f該第二顯示屏5〇之相對之邊緣相貼合，進而形 成一個較大之顯示屏。 5〇, ：m屏顯示器收合時’作動該第二顯示屏 屏50之第二定位孔56推擠該第二定位 之半圓球狀端部使該第二定位銷72克服彈性元件 12 200826010 80之彈力縮入該第一固定板14之相應之盲孔146内，該 第二顯示屏5G之第三導滑件94及第二導滑件93分別在 該第二固定板18之第三滑槽182及該第一固定板14之 第二滑槽144内向該第一定位銷7〇之方向滑動，該第三 導滑件94及該第二導滑件93分別經過該第三滑槽182 及該第二滑槽144之短直段、傾斜段最後進入長直段。 作動該第一顯示屏40，該第一顯示屏4〇之第一定位孔 ^ 48推擠該第一定位銷7〇之半圓球狀端部使該第一定位銷 〔70^服彈性元件80之彈力縮入該第一固定板14之相應 之盲孔146内，該第一顯示屏4〇之第一導滑件犯沿該 第一固定板14之第一滑槽142向該第二定位銷72之方 向滑動，該第一顯示屏40之長槽44相對於該第二固定 板18之滑動件91作相應之滑動，至該第一顯示屏4〇之 限位孔49經過該第二定位銷72處時’該第二定位銷72 在彈性元件80之作用下彈出並插入該限位孔49中形成 /定位。 C,../ — 綜上所述，本發明符合發明專利要件，爰依法提出 專利申明。惟，以上所述者僅為本發明之較佳實施方式， 牛凡# ‘本案技藝之人士，在爰依本發明精神所作之等 效修飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1係本發明雙屏顯示器較佳實施方式之立體分解 圖。 圖2係本發明雙屏顯示器較佳實施方式之另一視角 13 200826010 之立體分解圖。 圖3係圖i中所示部分元件 ΓΛ1”所示、组裳圖之另-視角之視I 狀態=本發明雙屏顯示器較佳實施方式之第 狀態：6係本發明雙屏顯示器較佳實施方式之第 【主要元件符號說明】 支撐架 10 第一固定板14 第二滑槽 固定孔 第二固定板18 使用 用 螺絲孔 第一滑轨 第二滑道 通孔 第一滑轨 第一顯示屏 長槽 限仅孔 第二定位孔 第四滑道 第二定位 腳座 第一滑槽 盲孔 148 、 186 、 46 第三滑槽 47、52、54 第 144 184 20 24 26、 30 40 44 49 56 62 滑道 12 142 146 182 22 28、34 銷72 、36 、 64 第三滑道 淺槽 第一定位孔 第二顯示屏 弟三滑軌 第一定位銷 彈性元件 32 42 48 50 60 70 14 80 92 200826010 滑動件 91 第一導滑件 94 ， 第二導滑件93 第三導滑件Lf: a slot and a second chute 'the first display -m 'moon moving valley is placed on the first fixed plate - the side of the second display of the chute is set to a slippery ~ piece 'slip The second guiding slider of the slot pulls the second display screen of the fixing plate in the opposite direction, the second display screen of the first display screen and the _ bracket-side sliding side of the second display screen along the first The chute slides to the other side of the support frame to the first: the second name of the second slide display and the second display 200826010. Compared with the prior art, the dual-screen display utilizes (4) the actual (4) 1 = ^ member and the plurality of screens with respect to the material of the support frame, which is matched with the guide member, and is shown in the drawing. 1 and FIG. 2, the dual screen display of the present invention includes a support frame 10, a first sliding handle 2, a method, a Heyiji 30, a first display 4, a second display 5G, and a The three sliding rails 6Q, the positioning members 0, the second positioning locks 72, the two elastic members 8〇, the sliding member 91, a first guiding member 92, and a second guiding member 94. Please refer to FIG. 1 , the support frame 10 includes a foot 12 , a first fixing plate 14 fixed to the foot 12 , and the first fixing plate 14 . The two sides are vertically extending upwardly to form a connecting plate 16 and a second fixing plate 18 detachably fixed to the top end of the connecting plate 16 and parallel to the first fixed plate. A short straight section of the collinear line and a slanted section connecting the long straight section and the short straight section. The first fixing plate 14 defines a blind hole 146 near the two ends of the first fixing plate 14 at the other side. The first fixing plate 14 further defines a plurality of fixing holes 148. Referring to FIG. 2 together, the second fixing plate 18 is opened to open a long straight-slot 142 adjacent to the upper surface of the first first fixing plate 14. A second sliding slot 144 is further defined on the upper surface of the first fixing plate 14. The second sliding slot 144 is substantially in the shape of a z, and includes a long straight section parallel to the first sliding slot 142, and a second sliding slot 144 of the fixing plate 14 of the first sliding slot ^42 8 200826010. a third chute 182 having the same shape and parallel to the second chute i 44. The third chute 182 also includes a long straight section, a short straight section and an inclined section. The second fixing plate 18 is adjacent to the same. A screw hole 184 is defined at one edge. The second fixing plate 18 defines a plurality of fixing holes 186. Referring to FIG. 1 again, the first sliding rail 20 has a sheet shape corresponding to the first fixing plate 14 A first sliding channel 22 and a second sliding channel 24 are defined by a first sliding channel 142 and a second sliding channel 144. The first sliding channel 22 and the second sliding channel 142 have the same shape and length, but the width is slightly narrow. A circular hole having a diameter slightly larger than a width of the first slide 22 is formed at each end of the slide rail 22. The second slide rail 24 and the second sliding slot 144 have the same shape and length, but the X degree is slightly narrow. The two ends of the second sliding channel 24 respectively form a circular hole having a diameter slightly larger than the width of the second sliding channel 24. One side of the first sliding gate 2 corresponds to the first fixing The blind hole 146 of the plate 14 defines two through holes 26. The first sliding handle 20 defines a plurality of through holes 28 corresponding to the fixing holes 148 of the first fixing plate 14. The first sliding block 3 is in the form of a sheet, which corresponds to In the second fixing plate 8 , the first π slot 182 defines a third sliding channel 32 , and the third sliding channel 32 has the same shape and length as the first π slot 182 , but is slightly narrower than the third sliding 182 . The two ends of the third slideway 32 respectively form a circular hole having a diameter slightly larger than the width of the third 32. The second slide rail 3〇 corresponds to the screw hole 184 of the second=board 18— The second sliding member is provided with a plurality of through holes 36 in the fixing holes 186 of the second seesaw 18. The upper frame of the first display screen 4G is opened - an elongated shallow groove 42, which is shallow. A deeper slot 44 is defined in the middle of the bottom of the slot 42. A fixing hole 46 is defined in each of the two ends of the slot 44. The second: a lower hole of the display screen 40 defines a screw hole 47'. A first positioning hole 48 is defined in the vicinity of the screw hole 47. The first display screen 40 defines a limiting hole 49 at one end of the lower frame. A screw hole 52 is defined, and a screw hole 54 is defined in the lower frame of the second display screen 50. The second positioning hole 56 is defined in the vicinity of the screw hole 54. The third sliding rail 60 is in a long strip. In the form of a sheet, the middle portion is longitudinally long, and a fourth slide 62 is formed at both ends of the fourth slide 62 to form a circular hole having a width slightly larger than that of the four slides 62. A through hole 6 is defined in the end. The first positioning pin 70 and the second positioning pin 72 are spherical. The two elastic members 80 are two springs in this embodiment. The first guide member 92, the third guide member 94, and the first guide end and the locking end are all large screws in this embodiment. Please - and refer to FIG. 3 and FIG. 4, in the assembly, the first slip is made by using a plurality of rivets (not shown) through the through-holes 28 of the first slide rail 2 and the first fixing plate 14 = fixing holes U8 The handle 20 is fixed to the first fixing plate 14; the second sliding rail 2G is fixed to the second fixing plate 18. Inserting an elasticity=80 and the first positioning lock 7〇 through the similar through holes 26 of the first sliding handle 2 into the corresponding blind holes 146 of the first fixing plate 14; 200826010. In addition, the elastic element 80 and the other blind hole 146 of the second fixing plate 14 are inserted into the first: the semicircular spherical top of the positioning pin 72 is exposed: the screw into the second fixing plate 18 The through hole "lock locks the first guide roller 92 into the first display 47. The use of the (four) nail (Fig. (2)) is divided into the financial position: the first display screen 4. The following: The fourth slide 62 of the t-slider 60 is locked to the first display screen 4, and the second guide slider 94 and the long slot of the screen 40 are locked. Display 5. When the screw holes 52, 5$ sliding members 93 are respectively locked into the second mounting, the second display 50 is removed, and the second display screen 50 is adjacent to the supporting plate 1 '). Screen 5. The second one? , (10) 20 of the second slide 24 at either end of the round hole is set to H;; from the first slide rail: two, inside; the first: the display screen 5 〇, to lock the first display Near the first-display-sliding end, the first, f:-:-slider 92 of the first sliding-slider 20 is inserted into any one of the two ends of the first fixing (7) 2 - 22 to be fixed to the connection Inside the chute 142. (4) The second fixed end passes through the third long slot 4 of the first display screen 4: two or two: - the circular hole is placed on the third guide slider 94, so that the first display 50 The third hole 182 of the second fixed plate i8 is inserted into the third slide of the second slide 11 of the second slide 30. The assembled dual screen display is shown in Figure 5. When the dual-screen display needs to be unfolded, the first display screen 4〇 is pulled in the direction of H1, and the guide sliding end of the first-display 3 solid member 92 is along the first-sliding direction: The first positioning pin 70 slides in the direction in which the first positioning pin 70 is located, and the long groove 44 of the screen 0 is slid in the same direction with respect to the sliding end of the sliding member 91 of the support frame 10, to the 兮筮-r" When the second position of the screen 40 is positioned at the position of the positioning hole 48 # 〇〇 ^, the locating pin 70 is ejected by the elastic member 80 and inserted into the middle of the first positioning hole 。. Pulling the second display screen 50 in the direction of the second positioning pin 79, the second: the second guiding slider Μ and the second guiding slider 93 respectively The second of the solid slab 18, the shovel 1δ9 η 汾篦 取 取 取 m m m 及 及 及 及 及 及 及 及 及 及 及 该 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 3: The first guiding slider 93 passes through the third sliding slot 182, the long straight section of the second sliding slot (4), the inclined section and enters the short opening to the second positioning hole 56 of the second display screen 50. No. -ί: When the pin 72 is in place, the 疋 坌 宕 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , . At this time, the first = : a 4 〇 f of the opposite edges of the second display screen 5 相, thereby forming a larger display screen. 5〇, when the m-screen display is folded, the second positioning hole 56 of the second display screen 50 is actuated to push the semi-spherical spherical end of the second positioning so that the second positioning pin 72 overcomes the elastic element 12 200826010 80 The elastic force is retracted into the corresponding blind hole 146 of the first fixing plate 14, and the third sliding member 94 and the second guiding member 93 of the second display screen 5G are respectively slid in the second fixing plate 18 The slot 182 and the second slot 144 of the first fixing plate 14 slide in the direction of the first positioning pin 7 , and the third slider 94 and the second slider 93 pass through the third slot 182 respectively. And the short straight section and the inclined section of the second sliding slot 144 finally enter the long straight section. Actuating the first display screen 40, the first positioning hole 48 48 of the first display screen 4 pushes the semicircular spherical end of the first positioning pin 7〇 to make the first positioning pin [70 ^ elastic element 80 The elastic force is retracted into the corresponding blind hole 146 of the first fixing plate 14 , and the first sliding member of the first display panel 4 is disposed along the first sliding slot 142 of the first fixing plate 14 to the second positioning. Sliding in the direction of the pin 72, the long slot 44 of the first display screen 40 is correspondingly slid relative to the sliding member 91 of the second fixing plate 18, and the limiting hole 49 of the first display screen 4 passes through the second When the positioning pin 72 is located, the second positioning pin 72 is ejected by the elastic member 80 and inserted into the limiting hole 49 to form/position. C,../ — In summary, the present invention complies with the requirements of the invention patent, and proposes a patent declaration according to law. However, the above is only a preferred embodiment of the present invention, and the equivalent modifications or variations made by the person of the present invention in the spirit of the present invention are intended to be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective exploded view of a preferred embodiment of a dual screen display of the present invention. 2 is an exploded perspective view of another preferred embodiment of the dual screen display of the present invention 13 200826010. Figure 3 is a partial view of the component ΓΛ1" shown in Figure i, and the other view of the preferred embodiment of the dual-screen display of the present invention: 6 is a preferred embodiment of the dual-screen display of the present invention. Method No. [Description of main component symbols] Support frame 10 First fixing plate 14 Second chute fixing hole Second fixing plate 18 Use screw hole First slide rail Second slide through hole First slide rail First display Long slot only hole second locating hole fourth slide second locating foot first slot blind hole 148, 186, 46 third chute 47, 52, 54 144 184 20 24 26, 30 40 44 49 56 62 slide 12 142 146 182 22 28, 34 pin 72, 36, 64 third slide shallow groove first positioning hole second display three slides first positioning pin elastic element 32 42 48 50 60 70 14 80 92 200826010 Slide 91 first guide slider 94, second guide slider 93 third guide slider
1515