M353411 八 新型說明： 【新型所屬之技術領域】 且二:作ίΓ關於一種電子裝置’且特別是有關於-種 八頁又顯不杈組的電子裝置。 【先前技術】 受惠於半導體元件與顯示器技術的進步， 型且絲方㈣料魏，常㈣可 揭式寬子裝置包括個人數位肋琿 H + / ( PerS()nal digital 一e〇; (m〇bllePh_)、— ^ 面穑一 Si:可攜式電子裝置採用折疊方式來減少收納 面積乂達到％子產品輕薄短小的目的。以筆 :中電腦大多是由主機與顯示模組所二 ，、中主機…、貞喊組藉纟—健結術目互M353411 VIII New Description: [New Technology Fields] and 2: Electronic devices for an electronic device and, in particular, an eight-page display group. [Prior Art] Benefiting from advances in semiconductor components and display technology, the type and the side of the wire (four) material Wei, often (four) retractable wide sub-device including personal digital ribs H + / ( PerS () nal digital a e;; m〇bllePh_), — ^ Face-to-Side Si: Portable electronic devices use folding to reduce the storage area and achieve the goal of lighter and shorter sub-products. Pen: Most computers are host and display modules. , the host computer..., shouting group borrowing 纟 - Jianjie surgery mutual
藉由樞接結構的相互轉動使筆圮型带 接使用者T Μ閣以方㈣* 腦的主機與顯示模組 筆記型電腦時再將顯示模組展 =的電子裝置因體積較大而無法顧及 可“帶性而具妹小顯示模_電子裝置雖方便攜帶卻 Ϊί: =較大的榮幕。因而，如何兼顧方便攜帶性 及具有杈大的顯示模組是業界亟欲解決的問題。 【新型内容】 6 MJ53411 本創作提供—種旦 第二顯示模組可藉由折是模組的電子裝置’其第-/ 開，以供不同需求之使用。、’_麵由拼接的方式展 二創2提出—種具有雙顯示模組的 一主體、雙顯示模έ且、电卞辰置其包括 支援雙顯示模_處則=支撐件。主體具有一 組及-n = 雙歸敝包括—第一顯示模 筮- is - 不W且，第一顯示模組具有—第一顯示面， 第-顯讀組具有—第二顯示面且樞接於第—顯示模組， 適於相對第-顯示模組樞轉而展開❹當第—顯示模 組與第一顯示模組為閉闔時，第一顯示面與第二顯示面朝 向相反的方向，且處理器啟動一第一顯示模式以使第一顯 示模組及第二顯示模組分別具有獨立的顯示功能，當第一 顯示模組與第二顯示模組為展開時，第一顯示面與第二顯 示面無間隙地組成一第三顯示面’且處理器啟動一第二顯 示模式以使第一顯示模組及第二顯示模組具有共同顯示一 整體晝面的功能或分別具有獨立的顯示功能。旋轉件可轉 動地連接於第一顯示模組’適於相對雙顯示模組旋轉。支 撐件的一端樞接於主體且另一端樞接於旋轉件，適於分別 相對主體及旋轉件樞轉，藉由支撐件相對主體的樞轉，雙 顯示模組適於相對主體展開或閉闔。 在本創作之一實施例中，上述之第二顯示模組的一側 邊透過一第一樞接結構樞接於第一顯示模組的一側邊，且 支撐件的兩側邊分別透過H接結構及一第三_結 構樞接於旋轉件及主體的一側邊。 M353411 在本創作之一實施例中，上述之第—樞接結構包括一 固疋於第一顯示模組的第一柩轴及一固定於第二顯示模組 的_第一套筒，且第一枢轴樞設於第一套筒内，使第二顯示 杈組可沿第—樞軸的延伸轴線相對第一顯示模組樞轉。 在本創作之一實施例中，上述之第二樞接結構包括一 固^於旋轉件的第二樞軸及一固定於支撐件的第二套筒，By the mutual rotation of the pivotal structure, the pen-type belt can be connected to the user's T-square (4)* brain host and the display module notebook computer, and then the electronic device of the display module display = Considering that it can be "sexual and has a small display mode", although the electronic device is easy to carry, it is 较大ί: = a large glory. Therefore, how to balance the portability and the large display module is an issue that the industry is trying to solve. [New Content] 6 MJ53411 This creation provides that the second display module can be used for different needs by the electronic device of the module. The '_ surface is spliced. Erchuang 2 proposed a kind of main body and dual display module with dual display modules, and the electric device includes support for dual display mode_where = support. The main body has a set and -n = double homing includes - the first display module - is - not, the first display module has - the first display surface, the first display group has - the second display surface and is pivotally connected to the first display module, suitable for the first - the display module pivots and expands when the first display module and the first display module are阖, the first display surface and the second display surface face in opposite directions, and the processor starts a first display mode to enable the first display module and the second display module to have independent display functions respectively, when the first display When the module and the second display module are unfolded, the first display surface and the second display surface form a third display surface without a gap, and the processor activates a second display mode to enable the first display module and the second display module. The display module has the function of jointly displaying an overall face or has a separate display function. The rotary member is rotatably connected to the first display module for being adapted to rotate relative to the dual display module. One end of the support member is pivotally connected to the main body. The other end is pivotally connected to the rotating member, and is adapted to pivot relative to the main body and the rotating member respectively. The dual display module is adapted to be unfolded or closed relative to the main body by pivoting the supporting member relative to the main body. The one side of the second display module is pivotally connected to one side of the first display module through a first pivoting structure, and the two sides of the support member respectively pass through the H-connection structure and a third _ Structure pivoted In one embodiment of the present invention, the first pivoting structure includes a first pivot shaft fixed to the first display module and a second display module fixed to the second display module. The first sleeve is pivoted in the first sleeve such that the second display jaw group is pivotable relative to the first display module along the extension axis of the first pivot. In one embodiment, the second pivoting structure includes a second pivot fixed to the rotating member and a second sleeve fixed to the supporting member.
且第二樞軸樞設於第二套筒内，使支撐件可沿第二樞軸的 延伸軸線相對旋轉件樞轉。 —在本創作之一實施例中，上述之第三樞接結構包括一 ^疋於主體的第三枢軸及一固定於支撐件的第三套筒，且 第三樞軸樞設於第三套肋，使支撐件可沿第三樞轴的延 伸軸線相對主體樞轉。 在本創作之-實施财，上狀第二_的延伸轴線 貝賈上平xf亍第二樞轴的延伸轴線。 縣巧之-實施财，上狀第—_的延伸轴線 -14式之下實質上平行第二樞軸的延伸軸線及第 二枢軸的延伸軸線。 在笛在一實施例中’上述之第-樞軸的延伸軸線 三樞軸的延伸轴線。、第—絲的延伸轴線及第 直第2創=一例中’上述之雙顯示模組可沿著垂 直弟顯不面的一軸線相對旋轉件轉動。 -第=作Γ實施例中’上述之第-顯示模組更具有 弟一谷納凹槽，用以在第1秘式之下容納支樓件， 8 支撐件可藉由相 槽’二，件可相對雙顯 動時脫離第-容納凹 本創作之—實施例中，上 大於或實質上等於支撐件的―厚^之第―各納凹槽的深度 在本創作之—實施例中，上 一第二容納凹槽，用以,窜之弟一顯示模組更具有 支撐件可藉由相對下容納支撐件。 槽’以使旋轉件可相對雙顯示模_動_離第二容納凹 在本創作之一實施例中，上〜 大於或實質上等於支樓件的一厚^弟二各納凹槽的深度 在本創作之一實施例中，上= 於第一顯示面的面積與第二顯示面的面積=面的面積等 在本創作之-實施例中，上述二 觸控式面板。 一”、員不权組包括一 在本創作之一實施例中，上 個配置於第H示·上的魏聽雙·，、、讀組更包括多 本創作之具有雙顯示模組的電子 可藉樞轉而展開以具有較大释 ，、雙硕不模·、且 w士μ 或閉闔以方便於攜帶。 财上f椒和優點能更明顯易懂，下文特 舉g一例，並配合所關式，作詳細說明如下。 【實施方式】And the second pivot is pivoted within the second sleeve such that the support member is pivotable relative to the rotating member along the axis of extension of the second pivot. - In an embodiment of the present invention, the third pivoting structure includes a third pivot shaft and a third sleeve fixed to the support member, and the third pivot shaft is pivoted to the third sleeve. The ribs enable the support to pivot relative to the body along the axis of extension of the third pivot. In this creation - the implementation of the fortune, the upper axis of the second _ extension axis Beja is flat xf 亍 the extension axis of the second pivot. The extension axis of the county is substantially parallel to the extension axis of the second pivot and the extension axis of the second pivot. In one embodiment, the extension axis of the first-pivot axis described above is the axis of extension of the three pivots. The extension axis of the first wire and the second and second creations of the first embodiment can be rotated relative to the rotating member along an axis that is not perpendicular to the vertical axis. - In the first embodiment, the above-mentioned first-display module further has a diner-shaped groove for accommodating the branch member under the first secret type, and the 8 support member can be made by the phase groove 'two. The piece may be detached from the first-accommodating recess when relatively dual-displayed - in the embodiment, the depth greater than or substantially equal to the thickness of the "thickness" of the support member is in the present embodiment - The second second receiving recess is for the display module of the cymbal to have a support member for accommodating the support member by the lower portion. The groove 'so that the rotating member can be relatively double-displayed with the second receiving recess. In one embodiment of the present invention, the upper ~ is greater than or substantially equal to the depth of a thicker groove of the branch member. In one embodiment of the present invention, the upper = the area of the first display surface and the area of the second display surface = the area of the surface, etc., in the present embodiment, the above two touch panels. One", the member of the right group includes one in the embodiment of the present creation, the last one configured on the H-shower, and the reading group further includes multiple creations of electronic with dual display modules. It can be expanded by pivoting to have a large release, and it is easy to carry. It is more convenient and easy to understand, and the following is a special case. The details will be described below in conjunction with the closed type.
f 1為^作—實施例之具有雙顯示模_電子裝置 的立體圖’其中雙顯示模組展開並朝向相同的方向。圖2A 9 M353411 為=1之具有雙顯示模組的電子裝置的立體圖，其中雙顯 不模、、·且閉闔並朝向相反的方向。 *"、 子圖勺i及圖2八，本實施例之具有雙顯示模組的電 :裝置⑽包括一主體110、雙顯示模組12〇、 =撐件14°。主體110具有一支援雙顯示模組的處 不，主體内部），而旋轉件i3G樞接於 j不模組12G與支撐件_之間，且支撐件！4〇樞接於 ‘轉^30與主體11〇之間。雙顯示模組i 二 模組124,第-顯二二 二：枢;:Γ’第二顯示模組124具有-第二顯示 m έ且樞ίΓΓ 組122，適於相對第—顯示模 、告第顯ΐ(如圖1所示）或閉閨（如圖2Α所示）。 =示)且二顯示= 組122及第^理f啟動# —顯讀式以使第—顯示模 例㈣ΪΪ Γ 分別具有獨立的顯示功能。舉 者可透過;一頻二:：=向：U。的方向時，使用 此時’第二顯示面P2朝向相反的方向， 亚T獨立顯示相同的晝面或不同的畫面，供 進行簡報等工作。當然，第二顯示模組124的 ； 内部，定程式關閉，僅顯;第一顯； 110上時，第_另外’以—顯示模組122閉闔於主體 0上日守’弟-顯示模組m的晝面可透過系統自動關閉， M353411 此時，第二顯示模組124經由系統切換而獨立顯示書面， 以供使用者觀看或操作。 當第一顯示模組122與第二顯示模組丨24為展開（如 圖1所示）時，第一顯示面Pi與第二顯示面P2無間隙地 組成一第三顯示面P3’且處理器啟動一第二顯示模式以使 第一顯示模組122及第二顯示模組124具有共同顯示一整 體晝面的功能或分別具有獨立的顯示功能。舉例來說，當 φ 使用者在家或辦公室時，可將第一顯示面P1與第二顯示 面P2均朝向主體110的方向，以藉由較大的第三顯示面 P3來加大整體的晝面，右要外出攜帶時，再恢復成閉闔的 第一顯示模組以及第二顯示模組，以方便攜帶。因此，不 但具有攜帶性，且不會因為要有較大的顯示模組而必須購 買較大的主體，因此本創作的具有雙顯示模組的電子裝置 可同1%兼顧方便攜帶性及具有較大的顯示模組的功能。 H在本實施例中，具有雙顯示模組的電子裴置100例如 疋筆5己型電腦，主體110例如是一筆記型電腦的主機， 且主體110包括一鍵盤112及一觸控板114。第二顯示模 組124的一側邊透過一第一樞接結構126樞接於第一顯示 模組122的一側邊。第一樞接結構126包括一固定於第一 顯不模組122的第-樞軸126a及-固定於第二顯示模組 124的第一套筒12汕，且第一枢軸12知樞設於第一套筒 126b内，使第二顯示模組124可沿第一樞軸12如的延伸 Ϊ線A1相對第一顯示模組122樞轉。支撐件140的兩侧 L刀別透過一第二樞接結構142及一第三枢接結構144樞 11 M353411 接於旋轉件i30及主體110的一側邊。第二極接結構i42 包括一固疋於旋轉件130的第二樞軸142&及一固定於支撐 件的第一套萬142b’且第—樞軸142a樞·於第二套筒142b 内，使支餅140可沿第二樞軸142a的延伸袖線A2相對 旋轉件130樞轉。第三樞接結構144包括一固定於主體ιι〇 的第三枢軸144a及一固定於支撐件14〇的第三套筒 144b ’且第三樞軸144a樞設於第三套筒mb内，使支撐 件刚可沿第三樞車由144a的延伸軸線八3相對主體—樞 轉。第二樞軸142a的延伸軸線A2實質上平行第三框轴 144a的延伸轴線A3。旋轉件m以—枢接結構可轉動地 連接於第-齡模組122,適於沿著垂直第—顯示面ρι的 一軸線A4相對雙顯示模組12〇旋轉。例如，旋轉件13〇 為-萬向轴承’萬向軸承可沿著A2、A3與A4方向等任 意方向旋轉’峨轉件13G為—萬向軸承的實施例可省略 第二樞接結構142以節省空間。此外，第—顯示模組⑽ 更具有-第-容納凹槽G1及—第二容納凹槽㈤，用以分 別在第-顯示模式及第二顯示模式之下容納支撐件14〇, 且第一容納凹槽G1及一第二容納凹槽⑺的深度大於或等 於支撐件140的一厚度。 為了更詳盡地說明本實施例之具有雙顯示模組的電子 裝置100的結構’以下將搭配圖i及_ 2A至圖2D來說明 本實施例=具有雙顯示模組的電子裝置⑽由第一顯示模 式轉換為第二顯示模式的流程。值得注意的是，其由第二 顯示模式轉換為第—顯示模式的流程為—逆向的相似流 12 M353411 程’故不加以說明。 -圖2八至圖m為圖1之具有雙顯示模組的電子裝置 顯不模式轉換流程圖。請參考圖Μ，本實施例之具有雙顯 不模組的電子裝置在f—顯示模式時，其第—顯示模 、’且辺2及第二顯示模組124相互閉闔並共同垂直於主體 uo，第一顯示面P1朝向主體110且第二顯示面p2背向 主體110，此時第一樞軸126a的延伸軸線A1實質上平行 φ 第二枢軸142a的延伸軸線A2及第三樞軸144a的延伸車I 線A3。在本實施例中，第二顯示模組124包括一觸控式面 板124a，且雙顯示模組120更包括多個配置於第二顯示模 組124上的功能按鍵124b。在第一顯示模式之下，當雙顯 示模組120及车體110為相互閉闔而遮蓋住鍵盤112及觸 控板114時（未繪示）’觸控式面板124a及功能按鍵124b 可用以操作筆記型電腦。 請參考圖2A及圖2B，第二顯示模組124可沿第—槐 轴126a的延伸轴線A1相對第一顯示模組122樞轉一百八 • 十度而與第一顯示模組122共面，使第一顯示面pi及第 -一顯不面P2組成一弟二顯不面P3 ’且弟二顯示面的面 積等於第一顯示面P1的面積與第二顯示面P2的面積之 和0 請參考圖2B及圖2C，旋轉件130可帶動雙顯示模組 120沿弟一框轴142a的延伸轴線A2相對支撐件1抱轉 九十度，使支撐件140脫離第一容納凹槽G1且使雙顯示 模組120平行於主體110。 13 M353411 請參考圖2C及圖2D，在支撐件140脫離第一容納凹 槽G1且雙顯示模組12〇平行於主體ho的狀態下，雙顯 示模組120可不被容納凹槽G1及主體11〇干涉而沿著垂 直第一顯示面P1的一軸線A4相對旋轉件13〇轉動九十度。 请參考圖2D及圖1，旋轉件130可帶動雙顯示模組 120 d第一枢抽142a的延伸轴線A2相對支撐件14〇柩轉 九十度，使支撐件140被容納於第二容納凹槽G2且使雙 顯示模組120平行於主體11〇，具有雙顯示模組的電子裝 置100在此狀恶下為弟二顯示模式，此時第一柩轴126a 的延伸軸線A1實質上垂直第二樞轴142a的延伸軸線A2 及第三樞軸144a的延伸軸線A3。 不論是第一顯示模式或第二顯示模式，雙顯示模組 120皆以其長邊平行第二桎軸i42a的延伸軸線A2及第二 樞軸144a的延伸轴線A3，且以其短邊垂直第二樞轴142a 的延伸軸線A2及第三樞軸144a的延伸軸線A3。值得注 意的是’雙顯示模組120在如圖2A所示的第一顯示模式 下的長邊及短邊分別為第一顯示模組（或第二顯示模組） 的長邊及短邊’而雙顯示模組120在如圖1所示的第二顯 不模式下的短邊為第一顯示模組（或第二顯示模組）的長 邊，且其長邊是由第一顯示模組的短邊及第二顯示模組的 短邊所組成。 綜上所述，本創作之具有雙顯示模組的電子裴置，其 雙顯示模組是由一第一顯示模組及一第二顯示模組樞接^且 合而成，弟一顯示模組及第二顯示模組可相互折疊呈閉闔 14 M353411 狀態而具有較小的體積，以方便攜帶或在此狀態下供使用 者操作，此外，第一顯示模組及第二顯示模組亦可相互展 開而產生一較大的顯示面，以滿足使用者對大螢幕的需求。 雖然本創作已以較佳實施例揭露如上，然其並非用以 限定本創作，任何熟習此技藝者，在不脫離本創作之精神 和範圍内，當可作些許之更動與潤飾，因此本創作之保護 範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖1為本創作一實施例之具有雙顯示模組的電子裝置 的立體圖。 圖2A至圖2D為圖1之具有雙顯示模組的電子裝置的 顯示模式轉換流程圖。 【主要元件符號說明】 100 :具有雙顯示模組的電子裝置 110 :主體 112:鍵盤 114 :觸控板 120 :雙顯示模組 122 :第一顯示模組 124 :第二顯示模組 124a :觸控式面板 124b :功能按鍵 15 M353411 126 :第一枢接結構 126a :第一樞轴 126b :第一套筒 130 :旋轉件 140 :支撐件 142 :第二樞接結構 142a :第二樞轴 142b :第二套筒 144 :第三梳接結構 144a :第三樞軸 144b :第三套筒 A1 :延伸軸線 A2 :延伸轴線 A3 :延伸軸線 A4 :轴線 G1 :第一容納凹槽 G2 :第二容納凹槽 P1 :第一顯示面 P2 :第二顯示面 P3 :第三顯示面f 1 is a perspective view of an embodiment having a dual display mode_electronic device wherein the dual display module is unfolded and oriented in the same direction. 2A 9 is a perspective view of an electronic device having a dual display module of =1, wherein the dual display mode is closed, and is closed and oriented in opposite directions. *", sub-map i and FIG. 28, the electric device with the dual display module of the embodiment: the device (10) comprises a main body 110, a dual display module 12〇, and a support member 14°. The main body 110 has a support for the dual display module, the inside of the main body, and the rotating member i3G is pivotally connected between the module 12G and the support member _, and the support member! 4〇 is pivoted between ‘turning ^30 and main body 11〇. Dual display module i two modules 124, first-two two two: pivot;: second display module 124 has - second display m έ and pivot ΓΓ group 122, suitable for relative first - display mode, sue The first display (as shown in Figure 1) or closed (as shown in Figure 2). = display) and two display = group 122 and the first f start # - explicit read so that the first display mode (four) ΪΪ 具有 has independent display function. The person can pass through; one frequency two::= to: U. In the case of the direction, the second display surface P2 is oriented in the opposite direction, and the sub-T independently displays the same face or a different picture for presentation work and the like. Of course, the second display module 124; internal, the program is closed, only display; the first display; 110, the first _ additional 'display module 122 closed to the main body 0 on the day's brother - display mode The face of the group m can be automatically turned off by the system, M353411 At this time, the second display module 124 independently displays the writing via the system switching for the user to view or operate. When the first display module 122 and the second display module 丨24 are unfolded (as shown in FIG. 1 ), the first display surface Pi and the second display surface P2 form a third display surface P3 ′ without gaps and are processed. The second display mode is activated to enable the first display module 122 and the second display module 124 to have a function of collectively displaying an overall face or have separate display functions. For example, when the φ user is at home or in the office, the first display surface P1 and the second display surface P2 may both face the direction of the main body 110 to increase the overall 藉 by the larger third display surface P3. When the face is to be carried out, the first display module and the second display module are restored to be conveniently carried. Therefore, not only is it portable, but it is not necessary to purchase a larger main body because of having a larger display module. Therefore, the electronic device with dual display modules of the present invention can be compared with 1% for convenience and portability. The function of the large display module. In this embodiment, the electronic device 100 having a dual display module is, for example, a pen-type computer. The main body 110 is, for example, a main body of a notebook computer, and the main body 110 includes a keyboard 112 and a touch pad 114. One side of the second display module 124 is pivotally connected to one side of the first display module 122 through a first pivoting structure 126. The first pivoting structure 126 includes a first pivot 126a fixed to the first display module 122 and a first sleeve 12 固定 fixed to the second display module 124, and the first pivot 12 is pivotally disposed on the first pivot 12 In the first sleeve 126b, the second display module 124 can be pivoted relative to the first display module 122 along the extended axis A1 of the first pivot 12. The two sides of the support member 140 are connected to one side of the rotating member i30 and the main body 110 through a second pivoting structure 142 and a third pivoting structure 144. The second pole connection structure i42 includes a second pivot shaft 142& fixed to the rotating member 130; and a first sleeve 142b' fixed to the support member and the first pivot shaft 142a is pivoted into the second sleeve 142b. The brace 140 is pivotable relative to the rotating member 130 along the extended cuff A2 of the second pivot 142a. The third pivoting structure 144 includes a third pivot 144a fixed to the main body ι and a third sleeve 144b ′ fixed to the support 14 且 and the third pivot 144 a is pivoted in the third sleeve mb. The support member is just pivotable relative to the body along the axis of extension 384 of the third pivoting device 144a. The extension axis A2 of the second pivot 142a is substantially parallel to the extension axis A3 of the third frame axis 144a. The rotating member m is rotatably coupled to the first-age module 122 in a pivotal configuration, and is adapted to rotate relative to the dual display module 12A along an axis A4 of the vertical first display surface ρι. For example, the rotating member 13A is a universal bearing, and the universal bearing can be rotated in any direction such as A2, A3, and A4 directions. The embodiment of the universal rotating bearing 13G is a universal bearing. The second pivoting structure 142 can be omitted. save space. In addition, the first display module (10) further has a first-accommodating recess G1 and a second receiving recess (f) for accommodating the support member 14 in the first display mode and the second display mode, respectively, and first The depth of the receiving groove G1 and the second receiving groove (7) is greater than or equal to a thickness of the support member 140. In order to explain in more detail the structure of the electronic device 100 having the dual display module of the present embodiment, the present embodiment will be described with reference to FIG. 2 and FIG. 2A to FIG. 2D. The electronic device (10) having the dual display module is first. The process of converting the display mode to the second display mode. It is worth noting that the flow from the second display mode to the first display mode is - the reverse similar flow 12 M353411 process, so it will not be explained. - Figure 2-8 to m are flowcharts of the display mode conversion of the electronic device with dual display modules of Figure 1. Referring to the figure, in the f-display mode, the electronic display device with dual display modules in the embodiment has its first display mode, 'and the second display module 124 and the second display module 124 are closed to each other and perpendicular to the main body. Uo, the first display surface P1 faces the main body 110 and the second display surface p2 faces away from the main body 110. At this time, the extension axis A1 of the first pivot 126a is substantially parallel to the extension axis A2 of the second pivot 142a and the third pivot 144a. The extension of the car I line A3. In this embodiment, the second display module 124 includes a touch panel 124a, and the dual display module 120 further includes a plurality of function buttons 124b disposed on the second display module 124. In the first display mode, when the dual display module 120 and the vehicle body 110 are closed to each other to cover the keyboard 112 and the touch panel 114 (not shown), the touch panel 124a and the function button 124b can be used. Operate the notebook. Referring to FIG. 2A and FIG. 2B , the second display module 124 can be pivoted by one hundred and eighty degrees relative to the first display module 122 along the extension axis A1 of the first axis 126a to be shared with the first display module 122. The surface of the display surface pi and the first display surface P2 are combined to form a sum of P3' and the area of the display surface of the second display surface is equal to the sum of the area of the first display surface P1 and the area of the second display surface P2. Referring to FIG. 2B and FIG. 2C, the rotating member 130 can drive the dual display module 120 to rotate 90 degrees relative to the support member 1 along the extending axis A2 of the frame shaft 142a, so that the support member 140 is disengaged from the first receiving groove. G1 and the dual display module 120 is parallel to the body 110. 13 M353411 Referring to FIG. 2C and FIG. 2D, in a state where the support member 140 is separated from the first receiving groove G1 and the dual display module 12 is parallel to the main body ho, the dual display module 120 may not be accommodated in the groove G1 and the main body 11. The 〇 interference is rotated by ninety degrees with respect to the rotating member 13 沿着 along an axis A4 of the vertical first display surface P1. Referring to FIG. 2D and FIG. 1 , the rotating member 130 can drive the extension axis A2 of the first pivoting 142a of the dual display module 120 d to be rotated by ninety degrees relative to the support member 14 so that the support member 140 is accommodated in the second receiving portion. The recess G2 and the dual display module 120 are parallel to the main body 11〇, and the electronic device 100 having the dual display module is in the second display mode, and the extension axis A1 of the first reel 126a is substantially vertical. The extension axis A2 of the second pivot 142a and the extension axis A3 of the third pivot 144a. Regardless of the first display mode or the second display mode, the dual display module 120 has its long side parallel to the extension axis A2 of the second axis i42a and the extension axis A3 of the second pivot 144a, and has a short side perpendicular thereto The extension axis A2 of the second pivot 142a and the extension axis A3 of the third pivot 144a. It should be noted that the long side and the short side of the dual display module 120 in the first display mode as shown in FIG. 2A are the long side and the short side of the first display module (or the second display module) respectively. The short side of the dual display module 120 in the second display mode as shown in FIG. 1 is the long side of the first display module (or the second display module), and the long side thereof is the first display mode. The short side of the group and the short side of the second display module are formed. In summary, the electronic display device with dual display modules of the present invention has a dual display module which is pivotally connected by a first display module and a second display module. The first display module and the second display module are also foldable in a closed state of 14 M353411 and have a small volume for carrying or being operated by the user in this state. In addition, the first display module and the second display module are also They can be expanded to each other to create a larger display surface to meet the user's demand for large screens. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and anyone skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an electronic device having a dual display module according to an embodiment of the present invention. 2A to 2D are flowcharts showing a display mode transition of the electronic device having the dual display module of FIG. 1. [Main component symbol description] 100: Electronic device 110 with dual display module: main body 112: keyboard 114: touch panel 120: dual display module 122: first display module 124: second display module 124a: touch Control panel 124b: function button 15 M353411 126: first pivoting structure 126a: first pivot 126b: first sleeve 130: rotating member 140: support member 142: second pivoting structure 142a: second pivot 142b : second sleeve 144 : third comb structure 144 a : third pivot 144 b : third sleeve A1 : extension axis A2 : extension axis A3 : extension axis A4 : axis G1 : first accommodation groove G2 : Second receiving groove P1: first display surface P2: second display surface P3: third display surface