200849933 九、發明說明： .【發明所屬之技術領域】 • 本發明係關於—種攜帶式電子壯里 種 旋轉型攜帶式電子裝置。 衣’尤其係關於 【先前技術】 隨著通訊事業之發展，行 等攜帶式電子裝置曰益成為人們曰=筆記本電腦、心 具，其中又以行動電話最為典型。生活中必備之通訊之 根據行動電話所呈現之外觀，t 話、滑蓋型行動電話與旋轉型行動電話可分為條型行動電 隨著用戶對行動電話更多功能之 話具有攝像、遊戲等功能。為了達成^等丄要求行動電 需要設置更多按鍵及其他部件設置空電話 在化一方面相較於條型或滑蓋型電話::動电培 有較多部件設置空間，可設 月，'貝之仏勢，其具 操作方便。 乂夕文，建及較大顯示屏，且 旋轉型行動電話包括本體、蓋體及用於使 =轉之旋轉機構。所述旋轉機構包括有轉：，-轉:::: 體=可平行本體表面或垂直本體表面設置。轉軸平行本 -表面设置于本體一端時，蓋體相對本體展開後， 歡用行動修玩遊戲之用戶而言，按鍵之操作存在較大= 便，其中，顯示屏與本體上之按鍵呈一條線佈置，不利於 用戶雙手持握操作。轉轴垂直本體表面設置時，蓋體相對 本體展開後，顯示屏與本體可呈三角形佈置，用戶可雙手 持握操作，且更能滿足用戶視覺效果。 又 200849933 由於旋轉型行動+ 越受用戶青睞強大且便於操作，其已越來 方法也越來越多，尤其轉 ^見g之口又计 設計亦越來越眾多，缺;本脰表面之旋轉機構之 結合本體m之^ # 疋轉機構之設計大多沒有 增加了旋轉型行動電話之m話結構較複雜，同時， 【發明内容】 雲於上述内容，有必 — 攜帶式電子裝置。要^供—種結構簡單、旋轉型之 一種攜帶式電子奘$ ,^ ? 俨，苛咭社μ 衣置，包括一本體、一蓋體及一連接 體之r脰分別與蓋體及本體固定連接，所述蓋體或本 ^形成-導向柱’所述本體或蓋體之另一方上開 對所=旋=向柱與所料向槽配合使所述蓋體相 小_ ^且使所述盍體相對所述本體定位於 ^^ —個位置。 5習知技術’本發明之攜帶式電子裝置通過所述導 ° >向私配使盍體可相對本體旋轉開啟，且蓋體能 ==體定位於多個展開位置，另外，本發明攜帶式電子 =置通過錢體之作用，使频㈣本體連接而不脫離， 員考慮到本體及盍體之配合關係，減少了元件之數量， 使攜帶式電子裝置結構簡I。 千之數里 【實施方式】 凊芩閱圖1，本發明較佳實施例之攜帶式電子裝置忉〇 L括本體10、一蓋體20及一連接本體10與蓋體2〇之連接 200849933 體30。 用以固定所述蓋體20與所述本體1〇。所述四第一螺孔“對 稱分佈於所述中心孔12四周，其用於固定連接所述連接體 30。所述第一按鍵陣列18對稱分佈於臨近所述表面u之二 端，每一按鍵陣列18包括若干按鍵（未標示），該按鍵可設 置為功能操作鍵，如玩遊戲時之操作鍵。 所述本體10包括一表面11，該表面11上開設有_卜 孔12、—導向槽14及四第-螺鶴，該表Φ11上還^ 二第-按鍵陣列18。所述中心孔12為一圓形孔，1開= 所述表面η之中央位置，與所述連接體湖軸線，^以 容納所述連接體so之-端。所述導向槽14為—以所述中心 孔之軸線Α-Α為圓心且形成圓心角為9〇。之圓弧形導向 槽，該導向槽14二端分別形成有二定位孔142。所述定位孔 142較導向槽14略深，呈半球體狀，其與導向槽14平滑連 接。所述蓋體20相對本體10關閉或打開時，該定位孔η] 請同時參閱圖2,所述蓋體20包括一第一表面21及一操 作面23。該第一表面21面向本體10之表面1：[且通過所述連 接體30與該表面η貼合。該第一表面21上開設有一凹槽 22 ’且凸伸有一導向柱24。所述凹槽22為方形凹槽，其開 設於所述第一表面21之中央，用於容納所述連接體3〇之一 端’所述凹槽22底部臨近四角處分別開設一第二螺孔26， 該螺孔26用以固定連接所述連接體30。所述導向柱24為一 圓柱’其長度較所述導向槽14之深度略大，與所述導向槽 14之定位孔142之深度相等。該導向柱24開設於所述凹槽22 之一侧’其與所述導向槽14相應配合，使所述蓋體2〇可相 7 200849933 對於所述本體10繞連接體30之軸線方向旋轉，且能展開至 與本體10互垂直狀態。所述操作面23與所述第一表面21相 •對，其上設有一顯示屏27及一第二按鍵陣列28。所述顯示 *屏27形成於所述操作面23之一端，用於顯示圖文等資訊。 所述第二按鍵陣列28上設置若干按鍵，以執行撥打或接聽 操作。 請一併參閱圖2及圖3，所述連接體30包括一本體連接 件32、一蓋體連接件34、一彈簧36、一擋環38、若干第一 螺釘320及若干第二螺釘340。所述本體連接件32包括一第 一連接板322及一第一凸緣324,且所述第一連接板322與所 述第一凸緣324通過一體成型形成。所述第一連接板322為 一近似之方形板，較所述蓋體20之凹槽22面積小，其每一 邊中間部位分別延伸一凸伸端3222，該凸伸端3222上分別 開設一第一連接孔3224，該第一連接孔3224用以連接所述 本體連接件32至本體10上。所述第一連接板322中央開設有 一第一圓孔3226，所述第一凸緣324繞所述第一圓孔3226 π 沿垂直於第一連接板322且朝蓋體20方向延伸，呈管狀結 構，其延伸長度與所述蓋體20之凹槽22深度相當。 所述蓋體連接件34包括一第二連接板342及一第二凸 緣344,且所述第二連接板322與所述第二凸緣324通過一體 成型形成。所述第二連接板342為一方形板，其容置於所述 蓋體20之凹槽22内，該第二連接板342臨近四角處分別開設 有一第二連接孔3424，該第二連接孔3424用以連接所述蓋 體連接件34至蓋體20上。所述第二連接板342中央開設一第 二圓孔3426，該第二圓孔3426直徑相對於所述第一圓孔 8 200849933 3226直徑小。所述第二凸緣344繞所述第二圓孔3426沿垂直 於第二連接板342延伸，且所述第二凸緣344延伸方向指向 •本體10，該第二凸緣344之長度較第一凸緣324長且能與該 '第一凸緣324套裝。所述彈簧36為一卷簧，在連接體30組裝 後，該彈簧36使所述本體連接件32彈性抵持于蓋體連接件 34。所述擋環38呈片狀圓環，其焊接於所述第二凸緣344 相對於所述第二連接板342之端部3442。 組裝所述攜帶式電子裝置100時，首先，組裝所述連接 體30，請參閱圖4，所述本體連接件32之第一凸緣324套設 于所述蓋體連接件34之第二凸緣344上且所述第一凸緣324 與所述第二連接板342抵持。由於該第二凸緣344之長度較 第一凸緣324長，該第二凸緣344穿過所述本體連接件32之 第一凸緣324及第一連接板322且從所述第一凸緣324中伸 出形成一伸出端（未標示）。所述彈簧36套裝於所述第二凸 緣342之伸出端，焊接所述擋環38於第二凸緣344之伸出端 之端部3442。所述彈簧36維持被壓縮狀態，其一端與所述 本體連接件32之第一連接板322抵持，另一端與所述擋環38 抵持。然後，使所述連接體30與本體10及蓋體20分別相連 接。連接所述本體連接件32至本體10上，所述第二凸緣344 之伸出端、彈簧36及擋環38都容置在所述本體10之中心孔 12内。提供若干第一螺釘320，所述第一螺釘320通過所述 第一連接孔3224與本體10之第一螺孔16螺接，使所述本體 連接件32與所述本體10固定連接。所述蓋體20之導向柱24 置入所述本體10之導向槽14之定位孔142内，連接所述蓋體 連接件34至蓋體20上，所述蓋體連接板342及所述本體連接 9 200849933 件32容置於所述蓋體20之凹槽22内，使所述本體10與蓋體 20疊合緊湊，提供若干第二螺釘340，所述第二螺釘340通 •過所述第二連接孔3424與蓋體20之第二螺孔26螺接，使所 '述蓋體連接件34與所述蓋體20固定連接。則所述攜帶式電 子裝置100組裝完成。 請參閱圖5，打開所述攜帶式電子裝置100，依圖示箭 頭方向旋轉所述蓋體20，使所述蓋體20相對本體10旋轉， 所述蓋體20之導向柱24從所述導向槽14之一定位孔142内 …平滑滑出且滑入導向槽14。由於導向槽14之深度較定位孔 142略淺，且本體10與蓋體20通過連接體30彈性連接，則蓋 體20相對本體10可略分開，致使蓋體20于旋轉時不致摩擦 到本體10之二第一按鍵陣列18上之按鍵。當蓋體20相對本 體10旋轉90°後，導向柱24滑入至另一定位孔142内，於連 接體30之彈簧36之彈性作用下，蓋體20與本體10再次接合 緊湊，且維持展開後之穩定狀態，用戶於此狀態下，可雙 手操作二第一按鍵陣列18上之鍵。該攜帶式電子裝置100 之關閉方式與打開方式之作動過程相同，只需按原來旋轉 方向反向旋轉90 °即可關閉。請參閱圖6，蓋體20相對本體 10處於完全關閉狀態。於此狀態下，用戶可操作第二按鍵 陣列28及顯示屏27，從而執行攜帶式電子裝置100之通信模 式。 本發明攜帶式電子裝置100通過連接體30之作用，使蓋 體20相對本體10維持可伸縮之疊合狀態，所述導向柱24與 導向槽14配合使蓋體20可繞所述連接體30之軸線方向相對 本體10旋轉。結合本體10及蓋體20之配合關係考慮，減少 10 200849933 了元件數量，使攜帶式電子裝置結構100簡單，製造成本低。 可以理解，所述導向槽14可開設于所述蓋體20上，所 述導向柱2 4形成於本體10上’該導向槽14與導向柱2 4相互 <配合。 可以理解，所述導向槽14可環繞所述中心孔12之軸線 A-A形成圓心角大於90°之圓弧形導向槽，該導向槽14上可 開設多對定位孔142以使蓋體20相對於本體10能在多個位 置定位。 / 可以理解，用於連接本體1〇及蓋體20之信號線可從所 述連接體30之軸心通過。 可以理解，所述擋環38可以通過螺接之方式固接于所 述蓋體連接件34之第二凸緣344之端部3442。 可以理解，所述擋環38可以省略，所述彈簧36套裝 於所述第二凸緣342之伸出端，其一端與所述本體連接件 32之第一連接板322抵持，另一端與本體10之殼體（未 圖示）抵持。 【圖式簡單說明】 圖1係本發明較佳實施例中攜帶式電子裝置之整體示 意圖； 圖2係本發明較佳實施例中攜帶式電子裝置之分解示 意圖； 圖3係本發明較佳實施例中攜帶式電子裝置之另一方 向之分解示意圖； 圖4係本發明較佳實施例中攜帶式電子裝置之連接體 之組裝示意圖； 11 200849933 圖5係本發明較佳實施例中攜帶式電子裝置之蓋體相 對主體打開時示意圖； ^ 圖6係本發明較佳實施例中攜帶式電子裝置蓋體相對 —主體關閉時示意圖。 【主要元件符號說明】 攜帶式電子裝置 100 第二按鍵陣列 28 本體 10 本體連接件 32 蓋體 20 蓋體連接件 34 連接體 30 擋環 38 表面 11 第一螺釘 320 中心孔 12 第二螺釘 340 導向槽 14 第一連接板 322 第一螺孔 16 第一凸緣 324 第一按鍵陣列 18 凸伸端 3222 定位孔 142 第一連接孔 3224 第一表面 21 第一圓孔 3226 凹槽 22 第二連接板 342 操作面 23 第二凸緣 344 導向柱 24 第二連接孔 3424 第二螺孔 26 第二圓孔 3426 顯示屏 27 端部 3442 12200849933 IX. INSTRUCTIONS: [Technical field to which the invention pertains] • The present invention relates to a portable electronic Zhuangli rotary type portable electronic device. The clothing is especially relevant. [Prior Art] With the development of the communication industry, portable electronic devices such as mobile phones have become the most popular ones for laptops and laptops. The necessary communication in life is based on the appearance of the mobile phone. The t-type, slide-type mobile phone and rotary mobile phone can be divided into strip-type mobile phones. With the user's more functions for the mobile phone, there are cameras, games, etc. Features. In order to achieve the equivalent of the mobile phone, you need to set more buttons and other components to set up an empty phone. On the one hand, compared to the bar type or slide type phone:: There are more parts to set up the space for the electric power, you can set the month, ' It is easy to operate. The 乂 文 文, built and larger display, and the rotary type mobile phone includes a body, a cover body and a rotating mechanism for making a turn. The rotating mechanism includes a turn:, a turn:::: body = a parallel body surface or a vertical body surface. When the rotating shaft is parallel to the one end and the surface is disposed at one end of the body, after the cover body is unfolded relative to the main body, the user who plays the action repair game has a large operation of the button, wherein the display screen and the button on the main body are in a line. The arrangement is not conducive to the user's dual hand holding operation. When the vertical body surface of the rotating shaft is set, after the cover body is unfolded relative to the main body, the display screen and the body can be arranged in a triangle shape, and the user can hold the operation by both hands, and can better satisfy the visual effect of the user. And 200849933 Because the rotary action + is more popular and more convenient for users, it has become more and more methods, especially the turn of the g-mouth design is more and more numerous, lacking; The combination of the body and the body of the mechanism is not complicated by the structure of the rotary type mobile phone. At the same time, the invention is indispensable for portable electronic devices. To provide a portable electronic device with a simple structure and a rotating type, the 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭 咭Connecting, the cover body or the forming-guide column 'the other side of the body or the cover body is open to the opposite side = the rotation of the column and the material to the groove to make the cover body smaller _ ^ The body is positioned at a position relative to the body. 5: The portable electronic device of the present invention allows the carcass to be rotated relative to the body by the guide, and the cover body can be positioned at a plurality of deployed positions, and the portable device of the present invention The electronic=sets the role of the money body, so that the frequency (four) body is connected without disengagement. The member considers the cooperation relationship between the body and the body, reduces the number of components, and makes the structure of the portable electronic device simple. In the first embodiment, the portable electronic device of the preferred embodiment of the present invention includes a body 10, a cover 20, and a connection between the connecting body 10 and the cover body 2, 200849933. 30. The cover 20 is fixed to the body 1〇. The four first screw holes are symmetrically distributed around the center hole 12 for fixedly connecting the connecting body 30. The first button array 18 is symmetrically distributed at two ends adjacent to the surface u, each The button array 18 includes a plurality of buttons (not labeled), which can be set as function operation keys, such as operation keys during game play. The body 10 includes a surface 11 having a hole 12 and a guide a slot 14 and a fourth-spiral crane, the table Φ11 also has a second-key array 18. The central hole 12 is a circular hole, 1 open = the central position of the surface η, and the connector lake The axis is configured to receive the end of the connecting body so. The guiding groove 14 is a circular arc-shaped guiding groove which is centered on the axis Α-Α of the central hole and has a central angle of 9 ,. The two ends of the slot 14 are respectively formed with two positioning holes 142. The positioning holes 142 are slightly deeper than the guiding slots 14 and have a hemispherical shape, which is smoothly connected with the guiding slot 14. When the cover 20 is closed or opened relative to the body 10, The positioning hole η] Please refer to FIG. 2 at the same time, the cover body 20 includes a first surface 21 and an operation surface 23 The first surface 21 faces the surface 1 of the body 10: [and is attached to the surface n by the connecting body 30. The first surface 21 defines a recess 22' and a guiding post 24 is protruded. The groove 22 is a square groove, and is defined in the center of the first surface 21 for receiving one end of the connecting body 3'. The second screw hole 26 is defined in the bottom of the groove 22 near the four corners. The screw hole 26 is for fixedly connecting the connecting body 30. The guiding post 24 is a cylinder 'the length of which is slightly larger than the depth of the guiding groove 14 and is equal to the depth of the positioning hole 142 of the guiding groove 14. The guiding column 24 is formed on one side of the groove 22 and cooperates with the guiding groove 14 to rotate the cover body 2 to the bottom of the connecting body 30, and the body 10 is rotated. The display surface 23 is opposite to the first surface 21, and the display surface 23 is provided with a display screen 27 and a second button array 28. The display screen 27 is formed in the One end of the operation surface 23 is used for displaying information such as graphics and the like. The second button array 28 is provided. The button body 30 includes a body connector 32, a cover connector 34, a spring 36, a retaining ring 38, and a plurality of buttons. a screw 320 and a plurality of second screws 340. The body connecting member 32 includes a first connecting plate 322 and a first flange 324, and the first connecting plate 322 and the first flange 324 are integrally formed. The first connecting plate 322 is an approximate square plate, and has a smaller area than the groove 22 of the cover body 20, and a protruding end 3222 is respectively extended at an intermediate portion of each side thereof, and the protruding end 3222 is respectively opened. A first connecting hole 3224 is configured to connect the body connecting member 32 to the body 10. A first circular hole 3226 is defined in the center of the first connecting plate 322. The first flange 324 extends in a direction perpendicular to the first connecting plate 322 and toward the cover 20 around the first circular hole 3226 π. The structure has an extension length that is comparable to the depth of the recess 22 of the cover 20. The cover connector 34 includes a second connecting plate 342 and a second flange 344, and the second connecting plate 322 and the second flange 324 are integrally formed. The second connecting plate 342 is a square plate that is received in the recess 22 of the cover body 20 . The second connecting plate 342 defines a second connecting hole 3424 adjacent to the four corners. 3424 is used to connect the cover connector 34 to the cover 20. A second circular hole 3426 is defined in the center of the second connecting plate 342. The second circular hole 3426 has a diameter smaller than that of the first circular hole 8 200849933 3226. The second flange 344 extends perpendicular to the second connecting plate 342 around the second circular hole 3426, and the second flange 344 extends in the direction of the body 10, and the length of the second flange 344 is shorter than A flange 324 is long and can be fitted with the 'first flange 324'. The spring 36 is a coil spring that elastically abuts the body connector 32 against the cover connector 34 after the connector 30 is assembled. The retaining ring 38 is a sheet-shaped ring that is welded to the end portion 3442 of the second flange 344 with respect to the second connecting plate 342. When the portable electronic device 100 is assembled, firstly, the connecting body 30 is assembled. Referring to FIG. 4 , the first flange 324 of the body connecting member 32 is sleeved on the second convex portion of the cover connecting member 34 . The first flange 324 is on the edge 344 and the second connecting plate 342 is abutted. Since the second flange 344 is longer than the first flange 324, the second flange 344 passes through the first flange 324 of the body connector 32 and the first connecting plate 322 and from the first convex The edge 324 extends to form an extended end (not labeled). The spring 36 is fitted over the projecting end of the second flange 342, and the retaining ring 38 is welded to the end portion 3442 of the projecting end of the second flange 344. The spring 36 maintains a compressed state, one end of which abuts against the first connecting plate 322 of the body connecting member 32, and the other end abuts against the retaining ring 38. Then, the connecting body 30 is connected to the main body 10 and the lid body 20, respectively. The body connector 32 is coupled to the body 10. The projecting end of the second flange 344, the spring 36 and the retaining ring 38 are received in the central bore 12 of the body 10. A plurality of first screws 320 are provided. The first screws 320 are screwed to the first screw holes 16 of the body 10 through the first connecting holes 3224, so that the body connecting member 32 is fixedly connected to the body 10. The guiding post 24 of the cover body 20 is inserted into the positioning hole 142 of the guiding groove 14 of the body 10, and the cover connecting member 34 is connected to the cover body 20, the cover connecting plate 342 and the body The connection 9 200849933 is placed in the recess 22 of the cover 20 to make the body 10 and the cover 20 compact, and a plurality of second screws 340 are provided. The second connecting hole 3424 is screwed to the second screw hole 26 of the cover 20 to fix the cover connector 34 to the cover 20 . Then, the portable electronic device 100 is assembled. Referring to FIG. 5, the portable electronic device 100 is opened, and the cover 20 is rotated in the direction of the arrow to rotate the cover 20 relative to the body 10. The guide post 24 of the cover 20 is guided from the guide. One of the slots 14 is positioned in the positioning hole 142... smoothly slides out and slides into the guide groove 14. Since the depth of the guiding groove 14 is slightly shallower than the positioning hole 142, and the body 10 and the cover body 20 are elastically connected by the connecting body 30, the cover body 20 can be slightly separated from the body 10, so that the cover body 20 does not rub against the body 10 when rotated. The second button on the first button array 18. After the cover 20 is rotated by 90° with respect to the body 10, the guide post 24 slides into the other positioning hole 142. Under the elasticity of the spring 36 of the connecting body 30, the cover 20 and the body 10 are again tightly engaged and maintained. After the steady state, the user can operate the keys on the first button array 18 in both hands. The portable electronic device 100 is turned off in the same manner as the opening mode, and can be turned off by rotating 90 degrees in the reverse direction of the original rotation. Referring to Figure 6, the cover 20 is in a fully closed state relative to the body 10. In this state, the user can operate the second button array 28 and the display screen 27 to perform the communication mode of the portable electronic device 100. The portable electronic device 100 of the present invention maintains the telescopic overlapping state of the cover 20 relative to the body 10 by the action of the connecting body 30. The guiding post 24 cooperates with the guiding slot 14 to enable the cover 20 to surround the connecting body 30. The axis direction rotates relative to the body 10. Considering the cooperation relationship between the body 10 and the cover 20, the number of components is reduced by 10 200849933, and the portable electronic device structure 100 is simple and the manufacturing cost is low. It can be understood that the guiding groove 14 can be opened on the cover body 20, and the guiding column 24 is formed on the body 10. The guiding groove 14 and the guiding column 24 are mutually engaged. It can be understood that the guiding groove 14 can form a circular arc-shaped guiding groove with a central angle greater than 90° around the axis AA of the central hole 12, and a plurality of pairs of positioning holes 142 can be formed in the guiding groove 14 to make the cover 20 relative to the cover 20 The body 10 can be positioned at multiple locations. / It can be understood that the signal line for connecting the body 1 and the cover 20 can pass from the axis of the connector 30. It can be understood that the retaining ring 38 can be fixed to the end portion 3442 of the second flange 344 of the cover connecting member 34 by screwing. It can be understood that the retaining ring 38 can be omitted. The spring 36 is sleeved on the protruding end of the second flange 342, and one end thereof is abutted against the first connecting plate 322 of the body connecting member 32, and the other end is opposite. The housing (not shown) of the body 10 is abutted. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall schematic view of a portable electronic device in accordance with a preferred embodiment of the present invention; FIG. 2 is an exploded perspective view of a portable electronic device in accordance with a preferred embodiment of the present invention; FIG. 3 is a preferred embodiment of the present invention. FIG. 4 is an assembled view of a connector of a portable electronic device according to a preferred embodiment of the present invention; FIG. 4 is a schematic diagram of a portable electronic device in accordance with a preferred embodiment of the present invention; FIG. 6 is a schematic view showing the cover body of the portable electronic device in a preferred embodiment of the present invention when the body is closed. [Main component symbol description] Portable electronic device 100 Second button array 28 Body 10 Body connector 32 Cover body 20 Cover connector 34 Connector 30 Buckle 38 Surface 11 First screw 320 Center hole 12 Second screw 340 Guide Slot 14 First connecting plate 322 First screw hole 16 First flange 324 First button array 18 Projecting end 3222 Positioning hole 142 First connecting hole 3224 First surface 21 First round hole 3226 Groove 22 Second connecting plate 342 Operating surface 23 Second flange 344 Guide post 24 Second connection hole 3424 Second screw hole 26 Second round hole 3426 Display 27 End 3442 12