M343364 八、新型說明： 【新型所屬之技術領域】 本創作為一種樞紐組件及具有該樞紐組件之電子裝置 框架，係指一種裝設於電子裝置中，用以使其中一部分元 件能相對移動與主螢幕重疊的樞紐組件，以及設有該樞紐 組件之電子裝置框架。 【先前技術】 _ 平面薄型顯示器（例如液晶顯示器）廣泛的使用於各 種場所中，某些特定的行業（例如證券業）在顯示資訊内 谷（例如股市行情）時需要一個以上的螢幕搭配使用，因 此發展出單一平面薄型顯示器中具有雙螢幕，然而，單一 平面薄型顯示器具有雙螢幕雖便於使用者利用，但卻增加 了平面薄型顯示器之體積，當使用者僅需使用單一榮幕 時，額外的螢幕無法收折而仍佔據一定的空間，且當欲搬 運或收納該等顯示器時，雙螢幕佔據了較大的空間:不利 _ 於搬運或收納。 【新型内容】 有鑑於前述之現有技術中雙螢幕顯示器的缺點，本創 作設計了-種樞紐組件，用來使其中一營幕能相對於另一 螢幕移動而與另一螢幕重疊，以利於空間利用。 為達到上述的創作目的，本創作所採用的技術 設計一種樞紐組件，其中包括： — 兩執道架體，其相對應設置； —主架體，其兩側分別滑移設置於兩軌道架體中； 4 .M343364 固定； 件’每一滑移組件相 至少一連接板，其與主架體相互 至少一用以定位連接板之滑移組 對於對應之連接板的末端； 夕一樞轉組件，其與主牟f# i日拉 _ 人 、王木體相接，每一枢轉組件包 ^ 固疋承架、一才區轴、一塾片細 卜汰卜 墊片組、一旋轉承架及一固 定承架與主架體相互固定，樞軸與固定承架相M343364 VIII. New description: [New technical field] The present invention is a hub assembly and an electronic device frame having the same, which is an electronic device mounted in an electronic device for enabling relative movement of a part of the components. A hinge assembly that overlaps the screen and an electronic device frame with the hinge assembly. [Prior Art] _ Planar thin display (such as liquid crystal display) is widely used in various places, and certain industries (such as the securities industry) need more than one screen to display information in the valley (such as stock market). Therefore, a single flat display has a dual screen. However, the single flat display has a dual screen that is easy for the user to use, but increases the size of the flat display. When the user only needs to use a single screen, the extra The screen cannot be folded and still occupy a certain amount of space, and when it is desired to carry or store the displays, the double screen occupies a large space: unfavorable _ handling or storage. [New content] In view of the above-mentioned shortcomings of the prior art dual-screen display, the present design has a hub component that allows one of the camps to be moved relative to another screen to overlap another screen to facilitate space. use. In order to achieve the above-mentioned creative purposes, the technology used in this creation design a hub component, which includes: - two obstruction frames, which are correspondingly arranged; - the main frame body, which is slidably disposed on both sides of the two rail frame bodies 4;M343364 fixed; piece 'each sliding component phase at least one connecting plate, at least one with the main frame body for positioning the sliding group of the connecting plate for the end of the corresponding connecting plate; It is connected with the main 牟f# i 日拉_人,王木体, each pivoting component package ^ solid frame, one-zone axis, one piece of fine-grained pad group, one rotating frame and one The fixed frame and the main frame are fixed to each other, and the pivot and the fixed frame are opposite to each other.
^ 片組套設於樞轴上’旋轉承架套設並固定於插 ’固定套筒套設並固定於樞軸末端。 而本創作之顯示器框架係包括有： 右7框體，其内部成型有-容置槽，框體前端貫穿成型 有一與容置槽相通的開口； 一如前所述之樞紐組件 體之谷置槽端部中央； ’植紐組件之滑移組件設於框 —移動架體，其與柩紐組件之枢轉組件的旋轉承架相 互固定’且移動架體由框體之開口穿設於框體之容 中〇 曰 本創作的優點在於，利用樞紐組件中連接板與滑移組 件的相對設置，讓使用者可選擇性的定位連接板或移動連 f板，則移動架體可隱藏於框體中或被拉出使用，因此， 當設於移動架體上之子螢幕未被使㈣，可隱藏於框體中 並與設於框體上之母螢幕重疊’以節省體積而便於使用者 收納及搬運。 【實施方式】 以下配合圖式及本創作之較佳實施例，進一步闡述本 5 M343364 創作為達成預定創作目的所採取的技術手段。 請參閱第一及二圖所示，本創作之樞紐組件包含有兩 軌道架體（10)、一主架體（20)(20A)、至少一連接板 (30K30A)、至少一滑移組件（40)、以及至少一樞轉組件 (50) 〇 请參閱第二至四圖所示，前述兩軌道架體（1 〇)相對應 設置，每一執道架體（10)中空且具有一封閉端（11)及一開口 ‘（12) ’執道架體（1〇)一側貫穿成型有一長槽（I])。 請參閱第二及三圖所示，前述之主架體（2〇)(2〇A)兩側 分別滑移設置於兩執道架體（10)中，主架體（2〇)(2〇A)可為 一平板體或一 U形架，主架體（2〇)兩側貫穿成型有複數個 固定孔（21)，兩滑條（22)分別利用固定件（221)固設於主架 體（20)之兩側固定孔（21)中，滑條（22)由軌道架體（1〇)之開 口端（12)分別設於執道架體（10)中，並於執道架體（1〇)中滑 動。 睛參閱第一、二、五及六圖所示，前述之連接板（3〇)(3〇a) 與主架體（20)(20A)相互固定，本創作可具有兩連接板（3〇a) 分別與主架體（20A)之兩側相互固定，並可具有一辅助板 (31A)以架設於兩連接板（3〇A)之間，則主架體（2〇a)帶動連 接板（30A)相對於執道架體（1〇)滑動時，辅助板（3ia)可加 強連接板（30A)與主架體（20A)的穩定性以避免產生晃動， 每一連接板（30)(30A)末端軸向延伸成型有凸塊（32)(32a)， 凸塊（32K32A)兩側徑向延伸成型有卡塊（321)(32丨A)。 請參閱第七圖所示，前述之滑移組件⑽相對於連接 M343364 板（30)(30A)之末端，且滑移組件（40)可相對卡固連接板 (30)(30A)以使連接板（30)(30A)定位而無法移動，包含有一 底板（41)、一中介板（42)、一滑動板（43)、一旋轉塊（44)、 一彈簧（45)及一頂板（46); 前述之底板（41)前端成型有一導引塊（411)，前述之中 介板（42)固設於底板（41)上，中介板（42)前端成型有兩相對 的導引塊（421)，中介板（42)上接近前端處貫穿成型有兩相 對的滑執（422)，每一滑執（422)由後端之直槽（423)與前端 • 之向外側傾斜的斜槽（424)所組成，前端之斜槽（424)使得兩 滑軌（422)於前端之間距較後端之間距大； 請參閱第七及八圖所示，前述之滑動板（43)滑動設置 於中介板（42)上，滑動板（43)接近前端處貫穿成型有兩相對 的橫向槽（431)，兩橫向槽（431)之内端的間距相等於中介板 (42) 之兩滑執（422)的直槽（423)間距，兩橫向槽（431)之外端 的間距相等於中介板（42)之兩滑軌（422)的斜槽（424)間距， 滑動板（43)上貫穿成型有一樞接孔（432); ® 前述之旋轉塊（44)樞設於滑動板（43)上，旋轉塊（44)中 央穿設有一樞接件（441)，旋轉塊（44)之中央較接近滑動板 (43) 其中一側而相對較遠離滑動板（43)之另一側，該樞接件 (441)貫穿旋轉塊（44)中央且穿設固定於滑動板（43)之樞接 孔（432)，以將旋轉塊（44)樞設於滑動板（43)上，旋轉塊（44) 具有兩側邊（442)，旋轉塊（44)兩端分別内凹成型有一 V形 凹槽（443)，凹槽（443)由兩斜邊（444)所組成，凹槽（443)之 斜邊（444)與旋轉塊（44)之側邊（442)相交處形成一尖端 M343364 (445)，凹槽（443)之兩斜邊（444)相交處形成一凹陷點（446)， 側邊（442)之長度大於每一凹槽（443)之兩尖端（444)間的直 線距離； 前述之彈簧（45)設於滑動板（43)與中介板（42)之間，彈 簧（45)—端與滑動板（43)相互固定，彈簧（45)另一端與中介 板（42)相互固定； 前述之頂板（46)與底板（41)及中介板（42)相互固定且蓋 設於滑動板（43)上，頂板（46)上接近前端處貫穿成型有兩相 對的滑執（461)，頂板（46)之滑軌（461)相對於中介板（42)之 滑軌（422)，每一滑軌（461)由後端之直槽（462)與前端之向 外側傾斜的斜槽（463)所組成，前端之斜槽（463)使得兩滑執 (462)於前端之間距較後端之間距大，兩插銷（464)分別貫穿 頂板（46)之滑軌（461)與滑動板（43)之橫向槽（431)並分別穿 設於中介板（42)之滑軌（422)中，插銷（464)可於橫向槽（431) 中左右移動，當滑動板（43)相對於中介板（42)及頂板（46)滑 動時，兩插銷（464)位於直槽（423)(462)中時的間距小於兩 插銷（464)位於斜槽（424)(463)中時的間距，插銷（464)中央 設有一徑向延伸的冠部夾持於頂板（46)及滑動板（43)之間， 頂板（46)位於兩滑軌（461)之間貫穿成型有一定位開槽 (465)，定位開槽（465)之兩内側壁面向内延伸成型有兩相平 行的定位凸塊（466)，兩定位凸塊（466)分別自定位開槽（465) 兩端向中央延伸成型，兩定位凸塊（466)相對於定位開槽 (465) 中央之端成型有一斜面（467)，斜面（467)與定位凸塊 (466) 之内側緣及與定位開槽（465)之内側壁面相交處呈兩相 M343364 等的銳角，斜面（467)與其定位凸塊（466)之内側緣相交處呈 一尖端（468)，在本實施例中，旋轉塊（44)於定位開槽（465) 中滑動，旋轉塊（44)之中央較接近定位開槽（465)之右側定 位凸塊（466)而相對較遠離左側定位凸塊（466)，旋轉塊（44) 相對位於兩定位凸塊（466)的兩内側緣之間，旋轉塊（44)與 定位凸塊（466)相較之下，旋轉塊（44)之側邊（442)的長度小 於兩尖端（468)之切線之間的垂直距離，且側邊（442)之長度 . 大於兩定位凸塊（466)之内側緣之間的垂直距離，每一凹槽 # (443)之兩尖端（444)間的直線距離大於兩定位凸塊（466)之 内側緣之間的垂直距離，且兩定位凸塊（466)之内側緣之間 的垂直距離大於每一凹槽（443)之尖端（444)與凹陷點（446) 之間的直線距離，當旋轉塊（44)之側邊（442)與定位凸塊（466) 之内側緣相互平行時，旋轉塊（44)之其中一側邊（442)與其 中一定位凸塊（466)之内側緣相貼靠。 請參閱第七、十一及十四圖所示，連接板（30)之凸塊（32) 相對位於兩插銷（464)之間，連接板（30)之兩卡塊（321)末端 _ 所形成的寬度大於兩插銷（464)位於直槽（423)(462)中時的 • 間距，故當插銷（464)位於直槽（423)(462)中時，連接板（30) 藉由卡塊（321)卡固於滑移組件（40)中，連接板（30)之兩卡 塊（321)末端所形成的寬度小於兩插銷（464)位於斜槽 (424)(463)中時的間距，故當插銷（464)位於斜槽（424)(463) 中時，連接板（30)之卡塊（321)不與插銷（464)相抵靠而可脫 離滑移組件（40)。 請參閱第二及九圖所示，前述之樞轉組件（50)與主架 9 M343364 體（20)(20A)相接，本創作可具有兩樞轉組件（50)分別設於 主架體（20)(20A)接近兩側處，樞轉組件（50)包含有一固定 承架（51)、一樞軸（52)、一墊片組（53)、一旋轉承架（54)及 一固定套筒（5 5)，固定承架（51)與主架體（20)(20八）相互固 定，樞軸（52)與固定承架（51)相互固定，墊片組（53)套設於 樞軸（52)上以提供定位及限位等功能，旋轉承架（54)套設並 固定於樞軸（52)上，固定套筒（55)套設並固定於樞軸（52)末 端。 請參閱第一圖所示，本創作之顯示器框架包含有一框 體（60)、該樞紐組件及一移動架體（70)，框體（60)内成型有 一容置槽（61)，框體（60)前端貫穿成型有一與容置槽（61)相 通的開口（62)，請配合參閱第三及七圖所示，樞紐組件之 軌道架體（10)分別固設於框體（60)之容置槽（61)兩側，樞紐 組件之滑移組件（40)設於框體（60)之容置槽（61)端部中央， 移動架體（70)與樞紐組件之樞轉組件（50)的旋轉承架（54)相 互固定，且移動架體（70)由框體（60)之開口（62)穿設於框體 (60)之容置槽（61)中。 本創作之顯示器框架可用以容納雙螢幕，其中母螢幕 設於框體（60)上覆蓋容置槽（61)，而子螢幕則設於移動架體 (70)上，或使用於薄型電腦中，其中主螢幕設於框體（60)上 覆蓋容置槽（61)，而鍵盤則設於移動架體（70)上。 當本創作之顯示器框架使用時，請參閱第一、七及十 圖所示，連接板（30)之卡塊（321)穿設於兩插銷（464)之間， 滑移組件（40)之旋轉塊（44)擋卡於頂板（46)之右側定位凸塊 ^ M343364 (446)的尖端（468)，則使得插銷（464)定位於滑執（422)(461) 之直槽（423)(462)中，故連接板（30)相對固定於滑移組件（40) 中，因此，移動架體（70)收納定位於框體（60)之容置槽（61) 中〇 請參閱第一、七、十一至十三圖所示，當使用者欲將 子螢幕拉出使用時，首先將移動架體（70)由框體（60)之開口 (62)處内推，使得連接板（30)之凸塊（32)推動旋轉塊（44)， ， 旋轉塊（44)受力移動而與頂板（46)之左側凸塊（466)的尖端 _ (468)相抵靠，使得旋轉塊（44)加以旋轉至旋轉塊（44)之側 邊（442)與凸塊（466)内側緣相平行，此時彈簧（45)之彈力釋 放推動滑動板（43)帶動插銷（464)相對於頂板（46)及中介板 (42)向外移動，從而帶動移動架體（70)向外移動，插銷（464) 沿滑軌（422)(461)移動至滑執（422)(461)末端之斜槽 (424)(463)，則此處插銷（464)之間距大於連接板（30)之卡塊 (321)的寬度，故連接板（30)沿導引塊（411)(421)可脫離滑移 組件（40)，因此，使用者可繼續將移動架體（70)拉出以便於 ⑩使用之。 " 請參閱第十五及十六圖所示，使用者可將移動架體（70) 經由框體（60)之開口（62)完全拉出框體（60)外，讓使用者可 同時觀看到子母螢幕上的晝面或使用鍵盤，同時使用者可 利用枢轉組件（50)的設置，轉動移動架體（70)，使得移動架 體（70)垂直於框體（60)，以便於多角度觀看子母螢幕或使用 鍵盤。 以上所述僅是本創作的較佳實施例而已，並非對本創 11 M343364 作做任何上的料彳，雖財創作已 如上，然而並非用以限定本創作，任何熟例揭: 不脫離本創作技術方案的範圍内，當可利用上述 揭不的技術内容作出些許更動或修飾 施例，但凡是未脫離本㈣技術方 ^化的4^ 的技術實質對w ㈣万*的内容’依據本創作 、、、上貫施例所作的任何簡單修改、# η 與修飾/Λ仍屬於本創作技術方㈣範_ 馨 【圖式簡單說明】 ^ 一圖為本創作的顯示器框架之立體外觀圖。 圖 。圖為本創作的顯示器框架另-實施例之立體外觀 :==作的顯示器框架之部分元件放大圖。 :、本創作的顯示器框架之部分元件放大圖。 m彳作的顯示器框架之第—動作圖。 第：=:創作的顯示器框架另-實施例之動作圖。 圖為本創作之滑移組件放大分解圖。 第：：為本創作之滑動板及旋轉塊的放大平面圖。 2圖為本創作之柩轉組件放大分解圖。 圖為本創作之平面第一動作圖。 Π —圖為本創作之平面第-動作放大圖。 -圖為本創作之平面第二動作放大圖。 十二圖為本創作之平面第三動作圖。 :四圖為本創作之平面第三動作放大圖。 五圖為本創作之平面第四動作圖。 12 M343364^ The chip set is sleeved on the pivot. The rotating frame is sleeved and fixed to the insert. The fixing sleeve is sleeved and fixed at the end of the pivot. The display frame of the present invention comprises: a right 7-frame body, which is internally formed with a receiving groove, and a front end of the frame body is formed through an opening communicating with the receiving groove; The center of the groove end; the sliding component of the planting component is disposed in the frame-moving frame body, which is fixed to the rotating frame of the pivoting component of the button assembly, and the moving frame body is pierced by the opening of the frame body in the frame The advantage of the creation of the body is that, by using the relative arrangement of the connecting plate and the sliding component in the hinge assembly, the user can selectively position the connecting plate or move the connecting plate, and the moving frame can be hidden in the frame. The body is either pulled out or used. Therefore, when the sub-screen provided on the moving frame is not made (4), it can be hidden in the frame and overlapped with the mother screen provided on the frame to save volume and facilitate user storage. And handling. [Embodiment] The following describes the technical means adopted by the 5 M343364 creation for the purpose of achieving the intended creation in conjunction with the drawings and the preferred embodiment of the present invention. Referring to the first and second figures, the hub assembly of the present invention comprises two rail frame bodies (10), a main frame body (20) (20A), at least one connecting plate (30K30A), and at least one sliding component ( 40), and at least one pivoting assembly (50) 〇 please refer to the second to fourth figures, the two rail frame bodies (1 〇) are correspondingly arranged, and each obstruction frame body (10) is hollow and has a closed The end (11) and an opening '(12)' have a long groove (I) formed through one side of the body (1〇). Referring to the second and third figures, the two sides of the main frame body (2〇) (2〇A) are respectively slidably disposed in the two obstructing frame bodies (10), and the main frame body (2〇) (2) 〇A) may be a flat body or a U-shaped frame, and a plurality of fixing holes (21) are formed through the two sides of the main frame body (2〇), and the two sliding bars (22) are respectively fixed by the fixing member (221) In the fixing holes (21) on both sides of the main frame body (20), the sliding bars (22) are respectively arranged in the obstructing frame body (10) by the open ends (12) of the rail frame body (1), and are Slide in the frame body (1〇). See the first, second, fifth and sixth figures. The aforementioned connecting plate (3〇) (3〇a) and the main frame body (20) (20A) are fixed to each other. This creation can have two connecting plates (3〇) a) respectively fixed to the two sides of the main frame body (20A), and may have an auxiliary plate (31A) to be placed between the two connecting plates (3〇A), then the main frame body (2〇a) drives the connection When the plate (30A) slides relative to the body frame (1〇), the auxiliary plate (3ia) can strengthen the stability of the connecting plate (30A) and the main frame body (20A) to avoid sway, each connecting plate (30) The end of the (30A) is axially extended with a bump (32) (32a), and the bump (32K32A) is radially extended to form a block (321) (32丨A). Referring to the seventh figure, the aforementioned sliding assembly (10) is opposite to the end of the M343364 plate (30) (30A), and the sliding assembly (40) is relatively rigid with the connecting plate (30) (30A) for connection. The plate (30) (30A) is positioned and cannot be moved, and includes a bottom plate (41), an intermediate plate (42), a sliding plate (43), a rotating block (44), a spring (45) and a top plate (46). The front end of the bottom plate (41) is formed with a guiding block (411). The intermediate plate (42) is fixed on the bottom plate (41), and two opposite guiding blocks are formed at the front end of the intermediate plate (42). The intermediate plate (42) is formed with two opposite sliding handles (422) near the front end, and each sliding handle (422) is defined by a straight groove (423) at the rear end and a diagonal groove inclined outwardly from the front end ( 424), the front chute (424) is such that the distance between the front ends of the two slide rails (422) is larger than the distance between the front ends; as shown in the seventh and eighth figures, the sliding plate (43) is slidably disposed on On the interposer (42), the sliding plate (43) is formed with two opposite lateral grooves (431) near the front end, and the inner ends of the two lateral grooves (431) are spaced apart from the interposer. (42) The spacing of the straight grooves (423) of the two sliding gates (422), the spacing between the outer ends of the two lateral grooves (431) is equal to the spacing of the inclined grooves (424) of the two sliding rails (422) of the interposer (42), A pivoting hole (432) is formed through the sliding plate (43); the rotating block (44) is pivoted on the sliding plate (43), and a pivoting member (441) is disposed in the center of the rotating block (44). The center of the rotating block (44) is closer to one side of the sliding plate (43) and relatively farther from the other side of the sliding plate (43). The pivoting member (441) extends through the center of the rotating block (44) and is fixed to the rotating block (44). a pivoting hole (432) of the sliding plate (43) to pivot the rotating block (44) on the sliding plate (43), the rotating block (44) has two sides (442), and both ends of the rotating block (44) Each of the recesses is formed with a V-shaped groove (443), and the groove (443) is composed of two oblique sides (444), the oblique side (444) of the groove (443) and the side of the rotating block (44) (442) The intersection forms a tip M343364 (445), and the intersection of the two oblique sides (444) of the groove (443) forms a concave point (446), and the length of the side edge (442) is greater than two of each groove (443) Straight distance between tips (444); front The spring (45) is disposed between the sliding plate (43) and the interposer (42), the spring (45) end and the sliding plate (43) are fixed to each other, and the other end of the spring (45) and the interposer (42) are mutually The top plate (46) is fixed to the bottom plate (41) and the intermediate plate (42) and is disposed on the sliding plate (43). The top plate (46) is formed with two opposite sliding joints at the front end (461). The slide rails (461) of the top plate (46) are opposite to the slide rails (422) of the interposer (42), and each slide rail (461) is inclined by the straight groove (462) at the rear end and the outer side of the front end. The trough (463) is composed of a trough (463) at the front end, so that the distance between the front end and the rear end of the two sliding handles (462) is large, and the two bolts (464) respectively penetrate the sliding rails (461) of the top plate (46) and The lateral grooves (431) of the sliding plate (43) are respectively disposed in the sliding rails (422) of the interposer (42), and the latches (464) are movable left and right in the lateral grooves (431), when the sliding plates (43) When sliding relative to the interposer (42) and the top plate (46), the spacing between the two pins (464) in the straight slot (423) (462) is less than when the two pins (464) are located in the chute (424) (463). Pitch, A centrally extending portion of the pin (464) is sandwiched between the top plate (46) and the sliding plate (43), and the top plate (46) is formed with a positioning slot between the two sliding rails (461). The two inner side walls of the positioning slot (465) are formed with two parallel positioning positioning protrusions (466) extending inwardly, and the two positioning protrusions (466) are respectively formed by extending from the two ends of the positioning slot (465) to the center. The two positioning protrusions (466) are formed with a slope (467) with respect to the center of the positioning slot (465), the inner edge of the slope (467) and the positioning protrusion (466) and the inner side wall of the positioning slot (465). The intersection is an acute angle of two phases M343364, etc., and the inclined surface (467) has a tip (468) at the intersection of the inner edge of the positioning protrusion (466). In this embodiment, the rotating block (44) is positioned and grooved (465). In the middle sliding, the center of the rotating block (44) is closer to the right positioning protrusion (466) of the positioning slot (465) and relatively far away from the left positioning protrusion (466), and the rotating block (44) is located opposite to the two positioning protrusions. Between the two inner edges of (466), the rotating block (44) is compared with the positioning bump (466), and the rotating block (44) The length of the edge (442) is less than the vertical distance between the tangent lines of the two tips (468), and the length of the side edge (442) is greater than the vertical distance between the inner edges of the two positioning projections (466), each groove The linear distance between the two tips (444) of # (443) is greater than the vertical distance between the inner edges of the two positioning projections (466), and the vertical distance between the inner edges of the two positioning projections (466) is greater than each a linear distance between the tip end (444) of the groove (443) and the recessed point (446), when the side edge (442) of the rotating block (44) and the inner edge of the positioning bump (466) are parallel to each other, the rotating block One of the sides (442) of (44) abuts the inner edge of one of the positioning projections (466). Referring to Figures 7, 11, and 14, the bumps (32) of the connecting plate (30) are located between the two pins (464), and the ends of the two blocks (321) of the connecting plate (30) The width formed is greater than the spacing of the two pins (464) in the straight slot (423) (462), so when the latch (464) is in the straight slot (423) (462), the connecting plate (30) is used by the card The block (321) is clamped in the sliding assembly (40), and the width of the ends of the two blocks (321) of the connecting plate (30) is smaller than when the two pins (464) are located in the chute (424) (463). The spacing, such that when the latch (464) is in the chute (424) (463), the tab (321) of the web (30) does not abut the latch (464) and can be disengaged from the glide assembly (40). Referring to the second and ninth figures, the aforementioned pivoting assembly (50) is coupled to the main frame 9 M343364 body (20) (20A). The present invention can have two pivoting assemblies (50) respectively disposed on the main frame body. (20) (20A) near the two sides, the pivoting assembly (50) includes a fixed bracket (51), a pivot (52), a spacer set (53), a rotating bracket (54) and a The fixing sleeve (5 5), the fixed bracket (51) and the main frame body (20) (20 8) are fixed to each other, the pivot shaft (52) and the fixed bracket (51) are fixed to each other, and the gasket group (53) sleeve It is disposed on the pivot shaft (52) to provide positioning and limiting functions. The rotating bracket (54) is sleeved and fixed on the pivot shaft (52), and the fixing sleeve (55) is sleeved and fixed to the pivot shaft (52). ) end. Referring to the first figure, the display frame of the present invention comprises a frame body (60), the hinge assembly and a moving frame body (70). The frame body (60) is formed with a receiving groove (61), and the frame body is formed. (60) The front end is formed with an opening (62) communicating with the receiving groove (61). Please refer to the third and seventh figures, the rail frame body (10) of the hinge assembly is respectively fixed to the frame body (60). On both sides of the receiving groove (61), the sliding component (40) of the hinge assembly is disposed at the center of the end of the receiving groove (61) of the frame body (60), and the pivoting assembly of the moving frame body (70) and the hinge assembly The rotating brackets (54) of the (50) are fixed to each other, and the moving frame body (70) is inserted into the receiving groove (61) of the frame body (60) by the opening (62) of the frame body (60). The display frame of the present invention can be used to accommodate a dual screen, wherein the mother screen is disposed on the frame body (60) to cover the receiving groove (61), and the sub-screen is disposed on the moving frame body (70), or used in a thin computer. The main screen is disposed on the frame body (60) to cover the receiving groove (61), and the keyboard is disposed on the moving frame body (70). When the display frame of the present invention is used, as shown in the first, seventh and tenth drawings, the block (321) of the connecting plate (30) is disposed between the two pins (464), and the sliding assembly (40) The rotating block (44) is positioned on the right side of the top plate (46) to position the tip (468) of the projection ^ M343364 (446), so that the latch (464) is positioned in the straight slot (423) of the slipper (422) (461) In (462), the connecting plate (30) is relatively fixed to the sliding assembly (40). Therefore, the moving frame body (70) is received in the receiving groove (61) of the frame body (60). As shown in Figures 1, 7, 11 to 13, when the user wants to pull the sub-screen out, the mobile frame (70) is first pushed in from the opening (62) of the frame (60) to make the connection. The bump (32) of the plate (30) pushes the rotating block (44), and the rotating block (44) is forced to move against the tip _ (468) of the left side bump (466) of the top plate (46), so that the rotation The block (44) is rotated to the side (442) of the rotating block (44) parallel to the inner edge of the bump (466), at which time the spring force release of the spring (45) pushes the sliding plate (43) to drive the latch (464) relative to each other. On the top plate (4 6) and the interposer (42) moves outward, thereby causing the moving frame body (70) to move outward, and the latch (464) moves along the sliding rail (422) (461) to the oblique end of the sliding (422) (461) The groove (424) (463), where the distance between the pins (464) is greater than the width of the block (321) of the connecting plate (30), so the connecting plate (30) can be separated along the guiding block (411) (421) The slip assembly (40), therefore, the user can continue to pull the mobile frame (70) out for use. " Please refer to the fifteenth and sixteenth figures, the user can completely pull the moving frame body (70) out of the frame (60) through the opening (62) of the frame (60), so that the user can simultaneously Viewing the face on the mother screen or using the keyboard, while the user can use the setting of the pivoting assembly (50) to rotate the moving frame body (70) so that the moving frame body (70) is perpendicular to the frame body (60). In order to view the mother screen or use the keyboard at multiple angles. The above description is only a preferred embodiment of the present invention, and is not intended to be a material for the creation of the 11 M343364. Although the creation of the financial assets has been as above, it is not intended to limit the creation of the creation. Within the scope of the technical solution, when the above-mentioned technical content can be used to make some modifications or modification examples, the technical essence of the 4^ which is not deviated from the technical method of this (4) technology is based on the content of w (four) million*. Any simple modification made by the above, and the above-mentioned examples, # η and modification / Λ are still part of the creative technique. (4) Fan _ 馨 [Simple description of the figure] ^ A picture is a three-dimensional appearance of the display frame of the creation. Figure. Figure 3 is a three-dimensional appearance of the display frame of the present invention: a part of the display frame of the display frame. : A magnified view of some of the components of the display frame of this creation. The first action diagram of the display frame. The first: =: the created display frame is another action diagram of the embodiment. The figure is an enlarged exploded view of the slip component of the creation. The following:: An enlarged plan view of the sliding plate and the rotating block of the creation. 2 is an enlarged and exploded view of the transformation component of the creation. Figure is the first action diagram of the plane of creation. Π — The picture is the plane of the creation - the action is enlarged. - The picture is a magnified view of the second action of the plane of the creation. The twelve figures are the third action diagram of the plane of creation. : The four pictures are enlarged views of the third action of the plane of creation. The five figures are the fourth action diagram of the plane of creation. 12 M343364
第十六圖為本創作之平面第五動作圖。 【主要元件符號說明】 (10)執道架體 (12)開口端 (20)(20A)主架體 (22)滑條 (30)(30A)連接板 (32)(32A)凸塊 (40)滑移組件 (411)導引塊 (421)導引塊 (423)直槽 (43)滑動板 (432)樞接孔 (441)樞接件 (443)凹槽 (445)尖端 (45)彈簧 (461)滑執 (463)斜槽 (465)定位開槽 (467)斜面 (50)樞轉組件 (5 2)樞軸 (11)封閉端 (13)長槽 (21)固定孔 (221)固定件 (31A)輔助板 (321)(321A)卡塊 (41) 底板 (42) 中介板 (422)滑執 (424)斜槽 (431)橫向槽 (44)旋轉塊 (442)側邊 (444)斜邊 (446)凹陷點 (46)頂板 (462)直槽 (464)插銷 (466)定位凸塊 (468)尖端 (51)固定承架 (53)墊片組 13 M343364 (54)旋轉承架 (60)框體 (62)開口 (55)固定套筒 (61)容置槽 (70)移動架體The sixteenth figure is the fifth action diagram of the plane of creation. [Description of main component symbols] (10) Execution frame body (12) Open end (20) (20A) Main frame body (22) Slider (30) (30A) Connection plate (32) (32A) Bump (40 Sliding assembly (411) guiding block (421) guiding block (423) straight slot (43) sliding plate (432) pivoting hole (441) pivoting member (443) groove (445) tip (45) Spring (461) Slipper (463) Chute (465) Positioning Slot (467) Bevel (50) Pivoting Assembly (52) Pivot (11) Closed End (13) Long Slot (21) Fixed Hole (221 Fixing member (31A) auxiliary plate (321) (321A) block (41) bottom plate (42) intermediate plate (422) slipper (424) chute (431) lateral groove (44) rotating block (442) side (444) Beveled Edge (446) Recessed Point (46) Top Plate (462) Straight Groove (464) Pin (466) Positioning Bump (468) Tip (51) Fixed Frame (53) Gasket Set 13 M343364 (54) Rotating frame (60) frame body (62) opening (55) fixing sleeve (61) receiving groove (70) moving frame body
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