200926732 九、發明說明： 【發明所屬之技術領域】 尤其係關於一種 本發明係關於一種摺疊型電子裳置 輕且薄之摺疊型電子裝置。 【先前技術】 隨著通訊事業之迅速發展，摺疊型電子裳置如行動電 話專已成為人們曰常生活中 ❹^監… 吊生活中不可或缺之工具，輕薄型行動 电話具有貝輕及厚度較薄之特點 越受用戶青睞。 使於用戶攜π ’已越來 動電：：：輕Γ行動電話以直板型行動電話與滑蓋型行 般通過將行動電話之機身加長或加寬， 声佈署於-面上排布而降低行動電話之厚 ;作擅、==利於降低行動電話之體積，尤其不利於 I作指壹型订動電話。 A , 為此市面上輕薄之摺疊型行動電 於摺疊型行動電話，可：=::::型行動電話相較 了利用之視自故置空間相對較少。傳 方便。d打動電話整體厚度較高，結構複雜，組裝亦不 【發明内容】 且輕子要提供-種結構簡單’組裝方' 一種摺疊型雷^ β 裴置，ο括一盍體及一本體，所述 200926732 體可相對本體轉動，該蓋體包括一蓋體殼體、一裝設於該 蓋體殼體内之顯示模組及一與該蓋體殼體連接之鉸鏈座， - 所述本體包括一本體殼體、一主體模組及一天線座，該主 體模組包括一支架座及複數電子部件，所述複數電子部件 裝配於該支架座上，該支架座一端形成有一轴套，該支架 座之另一端連接該天線座，該主體模組容置於本體殼體内 且所述轴套及天線座分別露出於該本體殼體之二端，所述 蓋體與本體藉由所述鉸鏈座連接於所述軸套而相互連接。 ® 相較於習知技術，本發明之摺疊型電子裝置通過蓋體 殼體套裝所述顯示模組，且蓋體殼體一端固接一鉸鏈座， 形成一模組結構之蓋體；通過先將複數電子元件裝置於支 架座上形成一主體模組，然後通過本體殼體套裝所述主體 模組，使蓋體與本體模組化，然後通過蓋體上之鉸鏈座與 本體上之軸套形成鉸接配合關係，形成一輕薄之摺疊型電 子裝置，結構簡單。 【實施方式】 本發明較佳實施例之一摺疊型電子裝置以行動電話 100為例。請參閱圖1，行動電話100包括一蓋體10及一 本體20，所述蓋體10可相對本體20旋轉。 請參閱圖2及圖3,所述蓋體10包括一蓋體殼體11、一 顯示模組12及一鉸鏈座13。所述蓋體豉體11呈大致中空之 矩形結構，由金屬材質製成。該蓋體殼體11包括一殼體上 壁112、一殼體下壁114及二相對之侧壁116。該殼體上壁 7 200926732 112、殼體下壁114及二側壁116依次連接形成一蓋體容室 -118，該蓋體容室118空間尺寸大致對應所述顯示模組12之 尺寸。 所述殼體上壁112表面開設有一第一視窗口 1122,該第 一視窗口 1122呈矩形結構，用作行動電話100在無需翻摺之 情況下即可顯示時間等資訊之視窗。 所述殼體下壁114開設有一第二視窗口 1142,該第二視 窗口 1142較所述第一視窗口 1122尺寸大，用作行動電話100 ®在翻摺打開時顯示操作或通訊等資訊之視窗。 該殼體下壁114長度較殼體上壁112短，其殼體下壁114 二端與所述殼體上壁112二端相接處分別形成有一第一容 置槽1124及一第二容置槽1126。該第一容置槽1124用於在 顯示模組12裝入蓋體殼體11内時容置所述顯示模組12之一 端。該第二容置槽1126用於鉸鏈座13組裝於蓋體殼體11上 時容置所述鉸鏈座13之一端。該第二容置槽1126二側鄰接 ❹所述侧壁116處分別形成有一凸體1128。該二凸體1128上分 別開設有大致垂直於該殼體上壁112之第一螺孔1129，該第 一螺孔1129用於在鉸鏈座13組裝於蓋體殼體11上時螺接所 述较鍵座13。 所述二側壁116上位於蓋體容室118内之二相對側分別 形成有一階梯形導槽1162，該二導槽1162於朝向第一容置 槽1124之端面上分別開設有一第一連接孔1164。 所述顯示模組12呈大致矩形結構，其包括一主體部122 及一連接部124，所述主體部122尺寸與所述蓋體容室118 200926732 尺寸相當。該主體部122之一表面上設置有一主顯示單元 • 1222及一收聽單元1224，該主顯示單元1222尺寸與所述第 • 二視窗口 1142相當。該主體部122之另一表面上設置有一次 顯示單元1226，該次顯示單元1226尺寸與所述第一視窗口 1122相當。所述主顯示單元1222、收聽單元1224及次顯示 單元1226可通過嵌入之方式設置於所述主體部122上。該主 體部122二側分別形成有一階梯形導執1228，該導執1228 與所述蓋體殼體11之導槽1162相配合。 ® 所述連接部124呈矩形體，其設置於所述主體部122之 一端且與主體部122—體成型。該連接部124尺寸與所述第 一容置槽1124相當，該連接部124二端分別對應第一連接孔 1164開有一第二連接孔1242。 所述鉸鏈座13包括二套筒132及一連接本體134,所述 套筒132分別筒口相對地設置於所述連接本體134之同一 側。所述連接本體134用於與所述第二容置槽1126配合。該 φ連接本體134二端分別對應第一螺孔1129設置有一第二螺 孔1342,且該連接本體134表面上開設有一排線槽1344,該 排線槽1344以用於放置軟線電路板。該連接本體134上與二 套筒132相對之一側上形成有一凸台1346。所述連接本體 134與所述連接槽1124配合時，所述凸台1346位於所述第二 容置槽1126之二凸體1128之間。 請參閱圖2及圖4,所述本體20包括一本體殼體21、一 主體模組22及一天線座23。所述本體殼體21大致呈中空之 矩形體結構，由金屬材質製成。該本體殼體21較所述蓋體 9 200926732 殼體11長度長，其包括一殼體上壁212、一殼體下壁214及 - 二側壁216。該殼體上壁212、殼體下壁214及二侧壁216依 - 次連接形成一本體容室218，該本體容室218用於套裝所述 主體模組22於其内。 該本體殼體21 —端形成一凹口 2122，該凹口2122經沖 剪所述殼體上壁212與殼體下壁214形成。該本體殼體21之 另一端於該殼體上壁212上開設有一矩形開口 2124。所述殼 體下壁214大致呈矩形板。所述二側壁216位於本體容室218 ®内之二側形成有二導槽2162。該導槽2162沿側壁216設置之 長度較側壁216略短，且其與所述形成有凹口 2122之端部保 持有一定之距離，使得天線座23能配合本體殼體21。 所述主體模組22包括一支架座24及複數電子部件。所 述支架座24包括一框架242及與框架242 —體連接之轴套 244。所述框架242大致呈“日”字形結構，由塑性材質之 二框壁2421及三框支2422構成。該框壁2421之長度與所述 ❹本體殼體21之導槽2162相當，且該框壁2421之二侧分別形 成有一導執2420。 該二框壁2421與三框支2422相接分別形成一頂框2423 及一底框2424。該頂框2423内嵌置有一薄之金屬片2425。 該金屬片2425厚度較框壁2421薄，金屬片2425通過金屬埋 入射出成型（Insert molding)之方法與頂框2423之框壁一 體成型，且將該頂框2423分成一上頂框（未標示）及一下 頂框（未標示）。所述底框2424之四框壁内側分別形成有複 數卡榫2426，該卡榫2426為塑性材質且具有一定之彈性。 200926732 所述框壁2421於所述底框2424之一端分別延伸形成有二延 -伸端2427，該二延伸端2427端部分別開設有一第一固接孔 .2428 ° 所述軸套244為一中空圓柱結構，其通過一體成型之方 式形成於所述框架242之頂框2423且與框支2422平行。 所述複數電子部件主要包括一按鍵模組25、一電池26 及一電路板27。所述按鍵模組25呈一薄之矩形板結構，包 括一面板252及一軟線部254。所述面板252表面尺寸與所述 ®支架座24之頂框2423相當，其一表面上設置有複數按鍵 2522，其另一表面臨近邊角處設置所述軟線部254。該軟線 部254用於電性導通按鍵2522。 所述電池26呈一大致矩形結構體，其表面尺寸與所述 支架座24之頂框2423相當，該電池26之一角處設置一電連 接端子262,該電連接端子262用於電性導通電池26。 所述電路板27大致呈一矩形結構體，其一表面臨近一 φ邊角處設置有一軟線連接區272，該軟線連接區272以連接 所述軟線部254,使按鍵模組25與電路板27導通。該電路板 27之另一相對之表面設置有一卡槽274及一電池連接區 276。所述卡槽274用於裝置SIM卡或存儲卡等，所述電池 連接區276用於連接所述電池26之電連接端子262，以使電 路板27與電池26電性導通。 所述天線座23大致呈矩形體結構，其包括一天線座本 體232及沿該天線座本體232二端延伸出之二固接端234,所 述天線座本體232之尺寸與所述本體殼體21之凹口 2122相 11 200926732 當，該固接端234上分別對應第一固接孔2428開設有一第二 '固接孔2342。 - 裝配所述行動電話100，首先裝配所述蓋體10，請參閱 圖5，所述鉸鏈座13之連接本體134配合於所述蓋體殼體11 之第二容置槽1126,該連接本體134之二第二螺孔1342分別 與凸體1166之第一螺孔1129相對齊。將螺釘（未圖示）依 次穿過第一螺孔1129及第二螺孔1342從而將該鉸鏈座13螺 接至蓋體殼體11之一端。所述顯示模組12之主體部122套入 ®至所述蓋體殼體11之蓋體容室118内，該顯示模組12之導執 1228與該蓋體殼體11之導槽1162配合，該主顯示單元1222 與所述第二視窗口 1142相對，該次顯示單元1226與第一視 窗口 1122相對，且該顯示模組12之連接部124之第二連接孔 1242與蓋體殼體11之導槽1162端面上之第一連接孔1164相 對齊。將連接銷（未標示）依次穿過該第二連接孔1242及 第一連接孔1164從而將該顯示模組12固定於該蓋體殼體11 φ内。則完成蓋體10之組裝。 裝配所述主體模組22時，請參閱圖2及圖6，所述按鍵 模組25置入所述支架座24之頂框2423之上頂框，該按鍵模 組25具有軟線部254之一面通過背膠粘結於所述頂框2423 之金屬片2425之一面。所述電池26置入所述支架座24之頂 框2423下頂框，該電池26亦可通過背膠粘結於所述頂框 2423之金屬片2425之另一面。所述電路板27置入所述支架 座24之底框2424内，該電路板27通過該底框2424四框壁之 卡榫2426卡固。所述按鍵模組25之軟線部254與電路板27 12 200926732 之軟線連接區272連通，所述電池26之電連接端子262與電 .路板27之電池連接區276連通。則完成主體模組22組裝。 - 所述主體模組22套入所述本體殼體21内，該主體模組 22之支架座24之導執2420與本體殼體21之導槽2162配合。 該主體模組22之按鍵模組25之按鍵2522外露於殼體上壁 212之矩形開口 2124。所述電池26為所述本體殼體21之殼體 下壁214遮蓋’所述電路板27安裝於所述本體殼體21之殼體 上壁212與殼體下壁214之間。 ❹ 裝置所述天線座23，將該天線座23配合於所述本體殼 體21之凹口 2122處。該天線座本體232配合所述凹口 2122 且抵持所述支架座24之底框2424之一框支2422。該天線座 23之二第二固接孔2342與所述支架座24之二框壁2421之第 一固接孔2428相對。將固接銷（未標示）穿過該第二固接 孔2342及第一固接孔2428，從而將天線座23固接至所述支 架座24上。則天線座23與該主體模組22及本體殼體21組裝 @成所述本體20。 請參閱圖7,組裝該蓋體1〇及本體20,蓋體10之二套筒 132與本體20之軸套244相配合，在該套筒132與轴套244中 裝入鉸鏈（未圖示）及電連接線（未圖示），則該蓋體1〇 與本體20電性連通且可相對打開或閉合。則完成所述行動 電話100之組裝。 本發明之摺疊型電子裝置行動電話1〇〇通過蓋體殼體 11套裝所述顯示模組12，通過本體殼體21套裝所述主體模 組22 ’使蓋體1〇與本體20模組化，並且通過本體20上形成 13 200926732 之轴套244與蓋體10上形成之鉸鏈座13達成行動電話100之 -鉸接配合關係。該行動電話100結構簡單，且厚度較薄。所 -述蓋體殼體11及本體殼體21均採用金屬（如鋁或鐵）製成， 且本體20上之支架座24通過金屬與塑膠一體成型製成，行 動電話10 0之結構強度向。 進一步說明，由於天線座23用於收發通訊信號，其不 能為金屬外殼所遮蔽。為避免蓋體10之蓋體殼體11遮蔽 該天線座23造成通信故障，應使該本體20較蓋體10長。 ®將談天線座23設置於該本體20較蓋體10長出之部分，可 使天線座23避免金屬外殼之遮蔽。 【圖式簡單說明】 圖1係本發明摺疊型電子裝置之大致閉合狀態時整體 不意圖， 圖2係本發明摺疊型電子裝置之整體分解示意圖； 〇 圖3係本發明摺疊型電子裝置之蓋體分解示意圖； 圖4係本發明摺疊型電子裝置之本體分解示意圖； 圖5係本發明摺疊型電子裝置之蓋體裝配示意圖； 圖6係本發明摺疊型電子裝置之本體裝配示意圖； 圖7係本發明摺疊型電子裝置之展開狀態時整體示意 圖。 【主要元件符號說明】 行動電話 100 殼體上壁 212 14 200926732 蓋體 10 凹口 2122 •蓋體殼體 11 矩形開口 2124 -殼體上壁 112 殼體下壁 214 第一視窗口 1122 侧壁 216 第一容置槽 1124 導槽 2162 第二容置槽 1126 主體模組 22 凸體 1128 天線座 23 第一螺孔 1129 天線座本體 232 ❿殼體下壁 114 固接端 234 第二視窗口 1142 支架座 24 側壁 116 框架 242 導槽 1162 導執 2420 第一連接孔 1164 框壁 2421 蓋體容室 118 框支 2422 顯示模組 12 頂框 2423 ❹主體部 122 底框 2424 主顯示單元 1222 金屬片 2425 收聽單元 1224 卡榫 2426 次顯示單元 1226 延伸端 2427 導執 1228 第一固接孔 2428 連接部 124 軸套 244 第二連接孔 1242 按鍵核組 25 鉸鏈座 13 面板 252 套筒 132 按鍵 2522 15 200926732 連接本體 134 軟線部 254 -第二螺孔 1342 電池 26 -排線槽 1344 電路板 27 凸台 1346 軟線連接區 272 本體 20 卡槽 274 本體殼體 21 電池連接區 276 ❹ ❹ 16200926732 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates in particular to a folding electronic device that is light and thin. [Prior Art] With the rapid development of the communication industry, the folding electronic mobile device, such as mobile phone, has become an indispensable tool in the life of people. The thin and light mobile phone has a light and light body. The thinner features are more popular with users. Let the user carry π 'has been moving::: Γ Γ Γ 以 以 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直 直And reduce the thickness of the mobile phone; doing good, == is conducive to reducing the size of the mobile phone, especially for the finger-type mobile phone. A. For this type of thin folding mobile phone on the market, the folding mobile phone can be: The =:::: type mobile phone has relatively less space than the use space. It is convenient. d The overall thickness of the mobile phone is high, the structure is complicated, and the assembly is not [inventive content] and the lepton should be provided - the structure is simple 'assembly side' A folding type of thunder ^ β device, including a body and a body, The 200926732 body is rotatable relative to the body, the cover body includes a cover body, a display module mounted in the cover body, and a hinge seat coupled to the cover body, the body includes a main body module, a main body module and an antenna base, the main body module includes a bracket base and a plurality of electronic components, wherein the plurality of electronic components are mounted on the bracket base, and a bracket is formed at one end of the bracket seat, the bracket The other end of the base is connected to the antenna base, the main body module is received in the main body casing, and the sleeve and the antenna base are respectively exposed at two ends of the main body casing, and the cover body and the body are hinged by the hinge The seats are connected to the sleeve and connected to each other. Compared with the prior art, the folding electronic device of the present invention sets the display module through a cover body, and one end of the cover body is fixed to a hinge seat to form a cover of a module structure; The plurality of electronic components are mounted on the bracket to form a main body module, and then the main body module is assembled through the main body casing to modularize the cover body and the body, and then pass through the hinge seat on the cover body and the sleeve on the body Forming an articulated relationship to form a thin and foldable electronic device with a simple structure. [Embodiment] A folding type electronic device according to a preferred embodiment of the present invention is exemplified by a mobile phone 100. Referring to FIG. 1, the mobile phone 100 includes a cover 10 and a body 20, and the cover 10 is rotatable relative to the body 20. Referring to FIG. 2 and FIG. 3, the cover 10 includes a cover housing 11, a display module 12 and a hinge base 13. The cover body 11 has a substantially hollow rectangular structure and is made of a metal material. The cover housing 11 includes a housing upper wall 112, a housing lower wall 114 and two opposite side walls 116. The housing upper wall 7 200926732 112, the housing lower wall 114 and the two side walls 116 are sequentially connected to form a cover chamber - 118. The cover chamber 118 has a spatial size substantially corresponding to the size of the display module 12. A first viewing window 1122 is defined on the surface of the upper wall 112 of the housing. The first viewing window 1122 has a rectangular structure and is used as a window for the mobile phone 100 to display information such as time without folding. A second viewing window 1142 is defined in the lower wall 114 of the housing. The second viewing window 1142 is larger than the first viewing window 1122 and is used as a mobile phone 100® to display information such as operation or communication when the folding is opened. Windows. The lower wall 114 of the housing is shorter than the upper wall 112 of the housing, and a second receiving slot 1124 and a second capacity are respectively formed at the two ends of the lower wall 114 of the housing and the upper end of the upper wall 112 of the housing. Slot 1126. The first receiving slot 1124 is configured to receive one end of the display module 12 when the display module 12 is loaded into the cover housing 11. The second receiving groove 1126 is for receiving one end of the hinge base 13 when the hinge base 13 is assembled on the cover body 11. A protrusion 1128 is formed on each of the sidewalls 116 adjacent to the second receiving groove 1126. A first screw hole 1129 is defined in the two protrusions 1128, and is perpendicular to the upper wall 112 of the housing. The first screw hole 1129 is configured to be screwed when the hinge base 13 is assembled on the cover body 11. Compared with the key base 13. The two side walls 116 are respectively formed with a stepped guide groove 1162 on the opposite sides of the cover body 118. The first guide hole 1162 defines a first connecting hole 1164 on the end surface facing the first receiving groove 1124. . The display module 12 has a substantially rectangular structure and includes a main body portion 122 and a connecting portion 124. The main body portion 122 has a size corresponding to the size of the cover chamber 118 200926732. One of the main body portions 122 is provided with a main display unit 1222 and a listening unit 1224. The main display unit 1222 is sized to correspond to the second viewing window 1142. The other surface of the main body portion 122 is provided with a primary display unit 1226 having a size comparable to that of the first viewing window 1122. The main display unit 1222, the listening unit 1224, and the secondary display unit 1226 can be disposed on the main body portion 122 by being embedded. A stepped guide 1228 is formed on each of the two sides of the main body portion 122, and the guide 1228 is engaged with the guide groove 1162 of the cover housing 11. The connecting portion 124 is a rectangular body that is disposed at one end of the main body portion 122 and is integrally formed with the main body portion 122. The connecting portion 124 is sized to correspond to the first receiving slot 1124. The connecting portion 124 has a second connecting hole 1242 corresponding to the first connecting hole 1164. The hinge base 13 includes two sleeves 132 and a connecting body 134. The sleeves 132 are respectively disposed on opposite sides of the connecting body 134. The connecting body 134 is configured to cooperate with the second receiving groove 1126. A second screw hole 1342 is defined in the two ends of the φ connecting body 134, and a wire slot 1344 is defined in the surface of the connecting body 134 for arranging the flexible circuit board. A boss 1346 is formed on one side of the connecting body 134 opposite to the two sleeves 132. When the connecting body 134 is engaged with the connecting groove 1124, the boss 1346 is located between the two protrusions 1128 of the second receiving groove 1126. Referring to FIG. 2 and FIG. 4, the body 20 includes a body casing 21, a main body module 22, and an antenna base 23. The body casing 21 has a substantially hollow rectangular structure and is made of a metal material. The body housing 21 is longer than the cover body 9 200926732 and includes a housing upper wall 212, a housing lower wall 214 and a second side wall 216. The housing upper wall 212, the housing lower wall 214 and the two side walls 216 are connected in a row to form a body chamber 218 for fitting the main body module 22 therein. The body housing 21 is formed at its end by a recess 2122 which is formed by punching the housing upper wall 212 and the housing lower wall 214. The other end of the body casing 21 defines a rectangular opening 2124 in the upper wall 212 of the casing. The lower housing wall 214 is generally rectangular. The two side walls 216 are formed on the two sides of the body chamber 218 ® to form two guiding grooves 2162. The guide groove 2162 is disposed along the side wall 216 with a length slightly shorter than the side wall 216, and is kept at a certain distance from the end portion where the notch 2122 is formed, so that the antenna holder 23 can be fitted to the body casing 21. The main body module 22 includes a bracket base 24 and a plurality of electronic components. The bracket base 24 includes a frame 242 and a sleeve 244 that is integrally coupled to the frame 242. The frame 242 has a substantially U-shaped structure and is composed of a second frame wall 2421 and a three-frame branch 2422 of plastic material. The frame wall 2421 has a length corresponding to the guide groove 2162 of the ❹ body casing 21, and a guide 2420 is formed on each of the two sides of the frame wall 2421. The two frame walls 2421 are connected to the three frame supports 2422 to form a top frame 2423 and a bottom frame 2424, respectively. A thin metal piece 2425 is embedded in the top frame 2423. The metal piece 2425 is thinner than the frame wall 2421. The metal piece 2425 is integrally formed with the frame wall of the top frame 2423 by a method of insert molding, and the top frame 2423 is divided into an upper frame (not labeled). ) and the top frame (not shown). A plurality of cassettes 2426 are formed on the inner sides of the four frame walls of the bottom frame 2424. The cassettes 2426 are made of a plastic material and have a certain elasticity. The frame wall 2421 is formed at one end of the bottom frame 2424 to form a second extension-extending end 2427. The two extension ends 2427 respectively define a first fastening hole at the end. 2428 ° The sleeve 244 is a A hollow cylindrical structure is formed integrally with the top frame 2423 of the frame 242 and parallel to the frame support 2422. The plurality of electronic components mainly include a button module 25, a battery 26, and a circuit board 27. The button module 25 has a thin rectangular plate structure, including a panel 252 and a cord portion 254. The surface of the panel 252 is comparable to the top frame 2423 of the bracket holder 24, and a plurality of buttons 2522 are provided on one surface thereof, and the other surface is provided with the cord portion 254 adjacent to the corner. The cord portion 254 is used to electrically turn on the button 2522. The battery 26 has a substantially rectangular structure with a surface dimension corresponding to the top frame 2423 of the bracket base 24. An electrical connection terminal 262 is disposed at a corner of the battery 26, and the electrical connection terminal 262 is used for electrically conducting the battery. 26. The circuit board 27 is substantially a rectangular structure, and a surface of a φ corner is disposed with a cord connection area 272 for connecting the cord portion 254 to the button module 25 and the circuit board 27 Turn on. The other opposite surface of the circuit board 27 is provided with a card slot 274 and a battery connection region 276. The card slot 274 is used for a device SIM card or a memory card. The battery connection area 276 is used to connect the electrical connection terminal 262 of the battery 26 to electrically connect the circuit board 27 to the battery 26. The antenna base 23 has a substantially rectangular structure, and includes an antenna base 232 and two fixed ends 234 extending along two ends of the antenna base 232. The antenna base 232 is sized and the body housing The notch 2122 phase 11 of the 21, 200926732, the second fixing hole 2342 is defined in the fixing end 234 corresponding to the first fixing hole 2428. - The mobile phone 100 is assembled, and the cover body 10 is first assembled. Referring to FIG. 5 , the connecting body 134 of the hinge base 13 is fitted to the second receiving groove 1126 of the cover body 11 . The second screw holes 1342 of the 134 bis are respectively aligned with the first screw holes 1129 of the protrusion 1166. A screw (not shown) is sequentially passed through the first screw hole 1129 and the second screw hole 1342 to screw the hinge base 13 to one end of the cover housing 11. The main body portion 122 of the display module 12 is nested into the cover chamber 118 of the cover body 11. The guide 1228 of the display module 12 cooperates with the guide groove 1162 of the cover housing 11. The main display unit 1222 is opposite to the second viewing window 1142. The secondary display unit 1226 is opposite to the first viewing window 1122, and the second connecting hole 1242 of the connecting portion 124 of the display module 12 and the cover housing The first connecting holes 1164 on the end faces of the guide grooves 1162 of 11 are aligned. A connecting pin (not shown) is sequentially passed through the second connecting hole 1242 and the first connecting hole 1164 to fix the display module 12 in the cover housing 11 φ. The assembly of the cover 10 is completed. When the main body module 22 is assembled, referring to FIG. 2 and FIG. 6 , the button module 25 is placed on the top frame of the top frame 2423 of the bracket base 24 , and the button module 25 has one surface of the cord portion 254 . One side of the metal piece 2425 of the top frame 2423 is bonded by a backing. The battery 26 is placed in the lower frame of the top frame 2423 of the bracket base 24. The battery 26 can also be bonded to the other side of the metal piece 2425 of the top frame 2423 by adhesive. The circuit board 27 is placed in the bottom frame 2424 of the bracket base 24, and the circuit board 27 is clamped by the card frame 2426 of the four frame walls of the bottom frame 2424. The cord portion 254 of the button module 25 is in communication with the cord connection region 272 of the circuit board 27 12 200926732, and the electrical connection terminal 262 of the battery 26 is in communication with the battery connection region 276 of the circuit board 27. Then, the main body module 22 is assembled. The main body module 22 is nested in the main body casing 21, and the guide 2420 of the bracket base 24 of the main body module 22 is engaged with the guide groove 2162 of the main body casing 21. The button 2522 of the button module 25 of the main body module 22 is exposed to the rectangular opening 2124 of the upper wall 212 of the housing. The battery 26 is covered by the lower casing wall 214 of the body casing 21. The circuit board 27 is mounted between the casing upper wall 212 and the casing lower wall 214 of the body casing 21.天线 The antenna holder 23 is mounted, and the antenna holder 23 is fitted to the recess 2122 of the body casing 21. The antenna mount body 232 mates with the recess 2122 and abuts a frame bracket 2422 of the bottom frame 2424 of the bracket base 24. The second fixing hole 2342 of the antenna base 23 is opposite to the first fixing hole 2428 of the two frame walls 2421 of the bracket base 24. A fixing pin (not shown) is passed through the second fixing hole 2342 and the first fixing hole 2428 to fix the antenna holder 23 to the holder base 24. The antenna base 23 is assembled with the main body module 22 and the body casing 21 into the body 20. Referring to FIG. 7, the cover body 1 and the body 20 are assembled. The sleeve 132 of the cover body 10 cooperates with the sleeve 244 of the body 20, and a hinge is inserted into the sleeve 132 and the sleeve 244 (not shown). And the electrical connection line (not shown), the cover body 1 is electrically connected to the body 20 and can be relatively opened or closed. The assembly of the mobile phone 100 is then completed. The folding type electronic device mobile phone 1 of the present invention is provided with the display module 12 through the cover body 11 , and the main body module 22 ′ is assembled through the main body casing 21 to modularize the cover body 1 and the body 20 . And the hinged seat 244 formed on the body 20 by forming the 2009 200932 and the hinge seat 13 formed on the cover 10 achieves an articulated relationship of the mobile phone 100. The mobile phone 100 has a simple structure and a thin thickness. The cover body 11 and the body cover 21 are both made of metal (such as aluminum or iron), and the bracket 24 of the body 20 is integrally formed by metal and plastic, and the structural strength of the mobile phone 10 is . Further, since the antenna mount 23 is used to transmit and receive communication signals, it cannot be shielded by the metal casing. In order to prevent the cover housing 11 of the cover 10 from shielding the antenna mount 23 from communication failure, the body 20 should be made longer than the cover 10. The antenna holder 23 is disposed on the portion of the body 20 that is longer than the cover 10, so that the antenna holder 23 can avoid the shielding of the metal casing. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall schematic view of a folded electronic device of the present invention, and FIG. 2 is an overall exploded view of the folded electronic device of the present invention; FIG. 3 is a cover of the folded electronic device of the present invention. Figure 4 is a schematic exploded view of the folded electronic device of the present invention; Figure 5 is a schematic view of the assembly of the folded electronic device of the present invention; Figure 6 is a schematic view of the assembled body of the folded electronic device of the present invention; The overall schematic view of the folded electronic device of the present invention in the unfolded state. [Main component symbol description] Mobile phone 100 Housing upper wall 212 14 200926732 Cover body 10 Notch 2122 • Cover housing 11 Rectangular opening 2124 - Housing upper wall 112 Housing lower wall 214 First view window 1122 Side wall 216 The first accommodating groove 1124 the guide groove 2162 the second accommodating groove 1126 the main body module 22 the convex body 1128 the antenna base 23 the first screw hole 1129 the antenna base 232 ❿ the lower wall of the housing 114 the fixed end 234 the second view window 1142 bracket Seat 24 Side wall 116 Frame 242 Guide groove 1162 Guide 2420 First connection hole 1164 Frame wall 2421 Cover chamber 118 Frame branch 2422 Display module 12 Top frame 2423 ❹ Main body 122 Bottom frame 2424 Main display unit 1222 Metal piece 2425 Listen Unit 1224 cassette 2426 times display unit 1226 extension end 2427 guide 1228 first fastening hole 2428 connection portion 124 sleeve 244 second connection hole 1242 button core group 25 hinge seat 13 panel 252 sleeve 132 button 2522 15 200926732 connection body 134 Cord section 254 - Second screw hole 1342 Battery 26 - Cable slot 1344 Circuit board 27 Boss 1346 Cord connection area 272 Body 20 Card slot 274 Body housing 21 battery connection area 276 ❹ ❹ 16