五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種插頭裝置，特別是指一種可收摺式 的插頭裝置及具有該插頭裝置的電子設備。 【先前技術】 目則电源供應器包括一殼體，及一可旋轉地柩接於殼體 的插頭’插頭可相對於殼體在—收摺於殼體的—收容槽内的 收摺位置’及一凸伸出殼體一側的伸出位置之間轉動。 殼體内部通常會設置一定位結構，定位結構用以與插頭 相配ο以使其能定位在收摺位置或伸出位置。然而，現有定 位結構存在有無法將插頭穩固較位在伸出位置的缺陷，因 t插頭很谷易在插置於一插座的過程中因外力因素影響而 移離伸出位置，甚至是回彈至收摺位置的情形產生導致使 用上的不便。 【新型内容】 本新型之一目的，在於提供一種插頭裝置，能穩固地將 插頭定位在一凸伸出殼體的伸出位置，並能防止插頭受外力 影響而回彈，藉以提升使用上的便利性。 本新型之另一目的，在於提供一種插頭裝置，能自動地 將插頭定位在伸出位置或收摺位置。 本新型的目的及解決先前技術問題是採用以下技術手 段來實現的，依據本新型所揭露的插頭裝置，包含一殼體、 一定位件及一插頭。 殼體形成有兩個收容槽；定位件設置於殼體内並包括一 M440561 基壁、一連接於基壁一端且固定地接合於殼體的固定側壁， 及一連接於基壁相反於固定側壁一端的彈性夾持臂，基壁、 固定側壁及彈性夾持臂共同界定一樞接槽，固定側壁及彈性 夾持臂共同界定一與樞接槽連通且位於基壁相反側的開 口，彈性夾持臂包含一連接於基壁的彈臂部，及一鎖定凸 部’彈臂部包括一面向固定側壁的内表面，鎖定凸部凸設於 内表面且鄰近開口 ’鎖定凸部包括一與内表面相連接的第一 扣接面’及一與第一扣接面相連接的第二扣接面，第二扣接 面為一呈傾斜延伸以使樞接槽寬度朝開口方向逐漸縮減的鲁 斜面；插頭包括一可轉動地枢接於樞接槽的樞接軸，及兩個 设置於樞接軸的插接端子，兩個插接端子可分別收容於兩個 收谷槽内，樞接軸包含一樞接於樞接槽内的轴部及一凸設 於軸部上的凸塊，第一扣接面及第二扣接面分別可脫離地卡 扣於凸塊及軸部，以使兩插接端子定位在凸伸出兩收容槽外 的—伸出位置。 第二扣接面可脫離地卡扣於凸塊及轴部，以使兩插接端 子疋位在收容於兩收容槽内的一收摺位置》 · 第一扣接面為一弧形面，彈臂部的内表面與第一扣接面 共同界定一與樞接槽相連通並供凸塊嵌接的定位槽。 基壁與彈臂部相連接的角落凹陷形成一與樞接槽相連 通的凹槽。 鎖定凸部還包括一連接於第二扣接面相反於第一扣接 面端的導弓I斜面，凸塊可抵接於導引斜面並對其施加推力 以促使彈性夹持臂相對於基壁彎折。 4 M440561 殼體包括一底壁，及一與底壁相間隔的頂壁，底壁與頂 壁共同夾持定位件。 固定侧壁包含一連接於基壁一端並與彈性夾持臂相間 隔的直立壁部，及一凸設於直立壁部相反於彈性夾持臂一侧 的凸伸壁部’凸伸壁部形成有兩個位於相反侧且呈縱向延伸 的限位槽，殼體還包括兩個呈縱向延伸且分別嵌接於兩個限 位槽内的限位肋。 基壁與直立壁部共同形成一用以承載軸部的弧形承載 面。 插頭裝置還包含兩個設置於殼體内的導接端子，各插接 端子以沖壓方式一體成型，並包含一凸伸出樞接軸一端且可 收谷於對應的收容槽内的插接段、一凸伸出樞接軸相反於插 接段的另一端的第一導接段，及一凸伸出樞接軸外側邊的第 二導接段，在伸出位置時，各插接端子的第一導接段及第二 導接段與對應的導接端子接觸。 殼體形成一與各收容槽連通的容置空間，及兩個分別與 容置空間連通的穿孔，各導接端子包括一設置於容置空間内 的基片、一導接套環、一第一導接片，及一第二導接片基 片具有一前端、一後端，及一連接於前端與後端之間的外侧 端，導接套環由後端朝後延伸並穿設於對應的穿孔内第一 導接片由前端朝前延伸並可與第一導接段抵接，第二導接片 由外側端朝上延伸並可與第二導接段抵接。 殼體還包括一用以擋止於導接套環以使其定位在穿孔 内的擋板。 5 第-導接片具有-由前端朝前並朝上傾斜延伸的第— 傾斜部’及-由第一傾斜部前端朝前水平延伸的接觸部，第 -導接段包括-可抵接於第—傾斜部並對其施加推力的頂 推斜面’及-與頂推斜面相連接並可與接觸部抵接的接觸端 面。 第一導接片還具有-由接觸部前端朝前並朝下傾斜延 伸的第二傾斜部，殼體還包括兩個相間隔的第―擋止部，各 第-擋止部用以擋止對應的第—導接片的第二傾斜部。 各導接端子還包括-由前端朝前並朝下傾斜延伸的傾 斜片，殼體還包括兩個相間隔的第二擋止部，各第二擋止部 用以擋止對應的導接端子的傾斜片。 本新型之又一目的，在於提供一種具有插頭裝置的電子 設備，插頭裝置能穩固地將插頭定位在一凸伸出殼體的伸出 位置’並能防止插頭受外力影響而回彈，藉以提升使用上的 便利性。 本新型之再一目的，在於提供一種具有插頭裝置的電子 設備’插頭裝置能自動地將插頭定位在伸出位置或收摺位 置。 依據本新型所揭露的具有插頭裝置的電子設備，包括一 本體及一插頭裝置。本體包含一外殼、一設置外殼的轉接插 座，及一設置於外殼内並與轉接插座電連接的電路板。插頭 裝置插接於轉接插座並包含一殼體、一定位件及一插頭，殼 體形成有兩個收容槽；定位件設置於殼體内並包括一基壁、 一連接於基壁一端且固定地接合於殼體的固定側壁，及一連 M440561 接於基壁相反於固定側壁一端的彈性央持臂，基壁、固定側 壁及彈性夹持臂共同界定一樞接槽，固定側壁及彈性夹持臂 共同界定一與樞接槽連通且位於基壁相反側的開口彈性夹 持臂包含一連接於基壁的彈臂部，及一鎖定凸部，彈臂部包 括一面向固定側壁的内表面，鎖定凸部凸設於内表面且鄰= 開口，鎖定凸部包括一與内表面相連接的第一扣接面，及— 與第一扣接面相連接的第二扣接面，第二扣接面為一呈傾斜 • 延伸以使柩接槽寬度朝開口方向逐漸縮減的斜面；插頭包括 一可轉動地樞接於樞接槽的樞接轴，及兩個設置於枢接軸的 插接端子，兩個插接端子可分別收容於兩個收容槽内，樞接 軸包含一樞接於樞接槽内的軸部，及一凸設於軸部上的凸 鬼第扣接面及第二扣接面分別可脫離地卡扣於凸塊及轴 P以使兩插接端子定位在凸伸出兩收容槽外的一伸出位 置。 第一扣接面可脫離地卡扣於凸塊及軸部，以使兩插接端 • 子疋位在收容於兩收容槽内的一收摺位置。 第一扣接面為一弧形面，彈臂部的内表面與第一扣接面 八同界疋_與樞接槽相連通並供凸塊嵌接的定位槽。 基壁與彈臂部相連接的角落凹陷形成一與樞接槽相連 通的凹槽。 鎖定凸部還包括一連接於第二扣接面相反於第一扣接 面端的導引斜面，凸塊可抵接於導引斜面並對其施加推力 以促使彈性失持臂相對於基壁彎折。 4體包括一底壁，及一與底壁相間隔的頂壁，底壁與頂 7 M440561 壁共同夾持定位件。 固疋側壁包含一連接於基壁一端並與彈性夾持臂相間 隔的直立壁部，及一凸設於直立壁部相反於彈性夾持臂一側 的凸伸壁部，凸伸壁部形成有兩個位於相反側且呈縱向延伸 的限位槽，殼體還包括兩個呈縱向延伸且分別嵌接於兩個限 位槽内的限位肋。 基壁與直立壁部共同形成一用以承載轴部的弧形承載 面0 轉接插座包括兩根轉接端子，插頭裝置還包含兩個設置 於殼體内且分別與兩根轉接端子電連接的導接端子，各插接 知子以冲壓方式一體成型，並包含一凸伸出樞接轴一端且可 收容於對應的收容槽内的插接段、一凸伸出柩接軸相反於插 接段的另一端的第一導接段，及一凸伸出樞接軸外側邊的第 二導接段，在伸出位置時，各插接端子的第一導接段及第二 導接段與對應的導接端子接觸。 殼體形成一與各收容槽連通的容置空間，及兩個分別與 容置空間連通的穿孔，各導接端子包括一設置於容置空間内 的基片、一導接套環、一第一導接片，及一第二導接片基 片具有一前端、一後端，及一連接於前端與後端之間的外側 端，導接套環由後端朝後延伸並穿設於對應的穿孔内，導接 套環套接於對應的轉接端子，第一導接片由前端朝前延伸並 可與第一導接段抵接，第二導接片由外側端朝上延伸並可與 第二導接段抵接。 殼體還包括一用以擋止於導接套環以使其定位在穿孔 内的擋板。 第一導接片具有-由前端朝前並朝上傾斜延伸的第一 傾斜部，及—由第—傾斜部前端朝前水平延伸的接觸部，第 -導接段包括-可抵接於第—傾斜部並對其施加推力的頂 推斜面，及-與頂推斜面相連接並可與接觸部抵接的接觸端 面。 第一導接片還具有一由接觸部前端朝前並朝下傾斜延 伸的第二傾斜部，殼體還包括兩個相間隔的第—擋止部，各 第-擋止部用以擋止對應的第—導接片的第二傾斜部。 各導接端子還包括-由前端朝前並朝下傾斜延伸的傾 斜片，殼體還包括兩個相間隔的第二擔止部，各第二播止部 用以擋止對應的導接端子的傾斜片。 藉由上述技術手段，本新型具有插頭裝置的電子設備的 優點及功效在於’插頭裝置藉由定位件的設置，能穩固地將 插頭定位在凸伸出殼體的伸出位置，並能防止插頭受外力影 響而回彈’藉以提升使用上的便利性。再者，透過定位件的 彈性夾持臂與柩接軸的凸塊相配合，能自動地將插頭定位在 伸出位置或收摺位置。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在以 下配合參考圖式之一個較佳實施例的詳細說明中，將可清楚 的呈現透過具體實施方式的說明，當可對本新型為達 定目的所採取的技術手段及功效得以更加深入且具體的了 解，然而所附圖式只是提供參考與說明之用，並非用來對本 M440561 新型加以限制。 如圖1及圖2所示，是本新型具有插頭裝置的電子設備 的一較佳實施例，該電子設備100是以電源轉換器為例作說 明，電子備100包括一本體10，及一插頭裝置。本體 10包含一外殼11、一設置外殼u的轉接插座12，及一設 置於外殼11内並與轉接插座12電連接的電路板13。插頭 裝置20插接於轉接插座12並與其電連接，插頭裝置用 以插接於外部的電源插座（圖未示），以使電源經由插頭裝置 2〇及轉接插座12傳輸至電路板13，電路板13對電源整流 及轉換後可直接&供電器產品使用或對充電電池充電。 如圖3、圖4及圖5所示，插頭裝置2〇包含一殼體2、 一定位件3 ’及一插頭4。殼體2形成有兩個收容槽21。定 位件3設置於殼體2内並包括一基壁31、一連接於基壁31 一端且固定地接合於殼體2的固定側壁32，及一連接於基 壁31相反於固定侧壁32 一端的彈性夹持臂33。基壁31、 固定側壁32及彈性央持臂33共同界定__插接槽34，固定 側壁32及彈性夾持臂33共同界定—與樞接槽34連通且位 於基壁31相反側的開口 35。彈性夾持臂33包含一連接於 基壁31的彈臂部331，及-鎖定凸部332。彈臂部331包括 一面向固定側壁32的内表面333,鎖定凸部332凸設於内 表面333讀近開口 35,鎖定凸部332包括-與内表面333 相連接的第-扣接面334,及一與第一扣接面334相連接的 第4接面335帛―扣接面335為一呈傾斜延伸以使框接 槽34寬度朝開口 35方向逐漸縮減的斜面。 10 M440561 插頭4包括一可轉動地柩接於枢接槽34的柩接軸41， 及兩個設置於樞接軸41的插接端子42，插頭4可在兩插接 端子42分別收容於兩收容槽21内的一收摺位置（如圖$所 示），以及兩插接端子42分別凸伸出兩收容槽21外的一伸 出位置（如圖2所示）之間轉動。樞接轴41包含一樞接於柩 接槽34内的軸部4U，及一凸設於軸部411上的凸塊412， 鎖定凸部332的第—扣接面334及第二扣接面335分別可脱 離地卡扣於凸塊4丨2及軸部川，以使兩插接端子42定位 在凸伸出兩收容槽21外的伸出位置。此外，鎖定凸部332 的第#接面335可脫離地卡扣於凸塊412及軸部々I!，以 使兩插接端子42定位在收容於兩收容槽21内的收摺位置。 透過鎖定凸部.332的第一扣接面334及第二扣接面州 分別卡扣於樞接轴41的凸塊412及軸部411，藉此，使得V. New description: [New technical field] The present invention relates to a plug device, and more particularly to a foldable plug device and an electronic device having the same. [Prior Art] The power supply includes a casing, and a plug that is rotatably coupled to the casing, the plug can be folded in a folded position in the receiving groove of the casing. And rotating between an extended position that protrudes from one side of the housing. A positioning structure is usually provided inside the housing, and the positioning structure is adapted to be engaged with the plug so that it can be positioned at the folding position or the extended position. However, the existing positioning structure has the defect that the plug cannot be stably positioned in the extended position, because the t-plug is easy to move away from the extended position due to an external force factor during insertion into a socket, or even rebound. The situation to the folding position causes inconvenience in use. [New content] One of the objects of the present invention is to provide a plug device capable of stably positioning a plug in an extended position of a protruding housing and preventing the plug from rebounding due to an external force, thereby improving the use of the plug. Convenience. Another object of the present invention is to provide a plug device that automatically positions the plug in an extended or folded position. The purpose of the present invention and the prior art problem are solved by the following technical means. The plug device according to the present invention comprises a housing, a positioning member and a plug. The housing is formed with two receiving slots; the positioning member is disposed in the housing and includes a M440561 base wall, a fixed side wall connected to one end of the base wall and fixedly coupled to the housing, and a connecting base wall opposite to the fixed side wall The elastic clamping arm at one end, the base wall, the fixing side wall and the elastic clamping arm jointly define a pivoting groove, and the fixing side wall and the elastic clamping arm jointly define an opening communicating with the pivoting groove and located on the opposite side of the base wall, the elastic clamp The holding arm includes a spring arm portion connected to the base wall, and a locking convex portion' elastic arm portion includes an inner surface facing the fixed side wall, the locking convex portion is protruded from the inner surface and adjacent to the opening, the locking convex portion includes an inner portion a first fastening surface connected to the surface and a second fastening surface connected to the first fastening surface, wherein the second fastening surface is a lug inclined surface extending obliquely to reduce the width of the pivoting groove toward the opening direction The plug includes a pivot shaft pivotally pivotally connected to the pivot slot, and two plug terminals disposed on the pivot shaft, and the two plug terminals are respectively received in the two valleys, the pivot shaft Including a pivotal connection in the pivot slot And a protrusion protruding from the shaft portion, the first fastening surface and the second fastening surface are respectively detachably fastened to the protrusion and the shaft portion, so that the two insertion terminals are positioned in the protruding and the two receiving Outside the slot - the extended position. The second fastening surface is detachably fastened to the protrusion and the shaft portion, so that the two insertion terminals are clamped in a folded position received in the two receiving slots. The first fastening surface is a curved surface. The inner surface of the elastic arm portion and the first fastening surface jointly define a positioning groove that communicates with the pivoting groove and engages the protruding block. The corner of the base wall connected to the elastic arm portion is recessed to form a groove communicating with the pivoting groove. The locking protrusion further includes a guiding bevel I surface connected to the second fastening surface opposite to the end of the first fastening surface, the protrusion abutting the guiding slope and applying a pushing force to urge the elastic clamping arm relative to the base wall Bend. 4 M440561 The housing includes a bottom wall and a top wall spaced from the bottom wall, the bottom wall and the top wall co-holding the positioning member. The fixed side wall comprises an upright wall portion connected to one end of the base wall and spaced apart from the elastic clamping arm, and a protruding wall portion protruding from the side of the upright wall portion opposite to the elastic clamping arm There are two limiting slots on the opposite side and extending in the longitudinal direction. The housing further comprises two limiting ribs extending longitudinally and respectively engaging the two limiting slots. The base wall and the upright wall portion together form an arcuate bearing surface for carrying the shaft portion. The plug device further includes two guiding terminals disposed in the housing, each of the plugging terminals being integrally formed by stamping, and including a plugging portion protruding from one end of the pivoting shaft and receivable in the corresponding receiving slot a first guiding portion protruding from the other end of the connecting portion and a second guiding portion protruding from the outer side of the pivoting shaft, respectively, in the extended position The first guiding segment and the second guiding segment of the terminal are in contact with the corresponding guiding terminal. The housing forms a receiving space communicating with each of the receiving slots, and two through holes respectively communicating with the receiving space. Each of the guiding terminals includes a substrate disposed in the receiving space, a guiding collar, and a first a guiding piece, and a second guiding piece substrate having a front end, a rear end, and an outer end connected between the front end and the rear end, the guiding collar extending rearward from the rear end and passing through The first guiding piece in the corresponding perforation extends forward from the front end and can abut the first guiding piece, and the second guiding piece extends upward from the outer end and can abut the second guiding piece. The housing also includes a baffle for retaining the guide collar for positioning within the perforation. 5 The first guide piece has a first inclined portion extending from the front end toward the front and upwardly inclined, and a contact portion extending horizontally from the front end of the first inclined portion, the first guiding portion including - abuttable The first inclined portion and the thrust inclined surface to which the thrust is applied and the contact end surface which is connected to the thrust inclined surface and which can abut the contact portion. The first guiding piece further has a second inclined portion extending obliquely from the front end of the contact portion toward the front and downward, and the housing further includes two spaced-apart first blocking portions, each of the first blocking portions for blocking Corresponding second inclined portion of the first guiding piece. Each of the guiding terminals further includes an inclined piece extending obliquely forward from the front end and downward, the housing further comprising two spaced second stopping portions, each of the second blocking portions for blocking the corresponding guiding terminal Slanted piece. A further object of the present invention is to provide an electronic device having a plug device capable of stably positioning a plug in an extended position of a protruding housing and preventing the plug from rebounding due to an external force, thereby improving Convenience in use. Still another object of the present invention is to provide an electronic device having a plug device. The plug device can automatically position the plug in an extended or folded position. An electronic device having a plug device according to the present invention includes a body and a plug device. The body includes a housing, a transition socket for providing the housing, and a circuit board disposed within the housing and electrically connected to the adapter socket. The plug device is inserted into the adapter socket and includes a casing, a positioning component and a plug. The casing is formed with two receiving slots. The positioning component is disposed in the casing and includes a base wall and a connecting end of the base wall. Fixedly engaging the fixed side wall of the housing, and a flexible arming arm of the M440561 connected to the end of the base wall opposite to the fixed side wall, the base wall, the fixed side wall and the elastic clamping arm jointly define a pivoting groove, the fixing side wall and the elastic clip The holding arm collectively defines an opening elastic clamping arm communicating with the pivoting groove and located on the opposite side of the base wall, comprising a spring arm portion connected to the base wall, and a locking convex portion, the elastic arm portion including an inner surface facing the fixed side wall The locking protrusion is protruded from the inner surface and adjacent to the opening, the locking protrusion includes a first fastening surface connected to the inner surface, and a second fastening surface connected to the first fastening surface, the second buckle The connecting surface is a sloped surface that extends to reduce the width of the splicing groove toward the opening direction; the plug includes a pivoting shaft rotatably pivotally connected to the pivoting slot, and two plugs disposed on the pivoting shaft Terminal, two plug terminals The pivoting shaft includes a shaft portion pivotally connected to the pivoting slot, and a convex ghost fastening surface and a second fastening surface protruding from the shaft portion are respectively detachably The latch and the shaft P are fastened to position the two plug terminals in an extended position protruding from the two receiving slots. The first fastening surface is detachably fastened to the protrusion and the shaft portion, so that the two insertion ends are clamped at a folding position received in the two receiving slots. The first fastening surface is a curved surface, and the inner surface of the elastic arm portion and the first fastening surface are in the same direction. The positioning groove is connected with the pivoting groove and is engaged with the convex block. The corner of the base wall connected to the elastic arm portion is recessed to form a groove communicating with the pivoting groove. The locking protrusion further includes a guiding slope connected to the second fastening surface opposite to the first fastening surface end, and the protrusion can abut the guiding slope and apply a pushing force to urge the elastic lost arm to bend relative to the base wall fold. The body 4 includes a bottom wall and a top wall spaced from the bottom wall, the bottom wall holding the positioning member together with the top wall 7 M440561. The fixing side wall comprises an upright wall portion connected to one end of the base wall and spaced apart from the elastic clamping arm, and a protruding wall portion protruding from the side of the upright wall portion opposite to the elastic clamping arm, the protruding wall portion is formed There are two limiting slots on the opposite side and extending in the longitudinal direction. The housing further comprises two limiting ribs extending longitudinally and respectively engaging the two limiting slots. The base wall and the upright wall portion together form an arc-shaped bearing surface for carrying the shaft portion. The adapter socket comprises two adapter terminals, and the plug device further comprises two devices disposed in the housing and electrically connected to the two adapter terminals respectively. The connecting terminal is integrally formed by stamping, and includes a plug-in section protruding from one end of the pivoting shaft and receivable in the corresponding receiving slot, and a protruding connecting shaft opposite to the plugging a first guiding section at the other end of the connecting section, and a second guiding section protruding from an outer side of the pivoting shaft, in the extended position, the first guiding section and the second guiding of each of the plugging terminals The connecting piece is in contact with the corresponding guiding terminal. The housing forms a receiving space communicating with each of the receiving slots, and two through holes respectively communicating with the receiving space. Each of the guiding terminals includes a substrate disposed in the receiving space, a guiding collar, and a first a guiding piece, and a second guiding piece substrate having a front end, a rear end, and an outer end connected between the front end and the rear end, the guiding collar extending rearward from the rear end and passing through In the corresponding through hole, the guiding collar is sleeved on the corresponding adapter terminal, the first guiding piece extends forward from the front end and can abut the first guiding section, and the second guiding piece extends from the outer end upward And can abut with the second guiding section. The housing also includes a baffle for retaining the guide collar for positioning within the perforation. The first guide piece has a first inclined portion extending obliquely from the front end toward the front and upward, and a contact portion extending horizontally from the front end of the first inclined portion, the first guiding portion including - abutting An thrusting ramp that applies a thrust to the inclined portion, and a contact end surface that is coupled to the thrust ramp and that abuts the contact portion. The first guiding piece further has a second inclined portion extending obliquely forward from the front end of the contact portion and downwardly, and the housing further includes two spaced-apart first blocking portions, each of the first blocking portions for blocking Corresponding second inclined portion of the first guiding piece. Each of the guiding terminals further includes an inclined piece extending obliquely from the front end toward the front and downward, the housing further comprising two spaced second holding portions, each of the second stopping portions for blocking the corresponding guiding terminal Slanted piece. With the above technical means, the advantages and effects of the electronic device with the plug device of the present invention are that the plug device can stably position the plug in the extended position of the protruding housing by the setting of the positioning member, and can prevent the plug Rebound by the influence of external forces' to enhance the convenience of use. Furthermore, the resilient gripping arms of the positioning members cooperate with the projections of the splicing shaft to automatically position the plug in the extended or folded position. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. The new technical means and functions adopted for the purpose of obtaining a purpose can be further understood and understood. However, the drawings are for reference and explanation only and are not intended to limit the novelty of this M440561. As shown in FIG. 1 and FIG. 2 , it is a preferred embodiment of the electronic device with a plug device. The electronic device 100 is a power converter. The electronic device 100 includes a body 10 and a plug. Device. The body 10 includes a housing 11, a transition socket 12 in which the housing u is disposed, and a circuit board 13 disposed in the housing 11 and electrically connected to the adapter socket 12. The plug device 20 is plugged into and electrically connected to the adapter socket 12, and the plug device is inserted into an external power socket (not shown) to transmit power to the circuit board 13 via the plug device 2 and the adapter socket 12. After the circuit board 13 rectifies and converts the power, it can directly use the power supply product or charge the rechargeable battery. As shown in Figures 3, 4 and 5, the plug device 2A includes a housing 2, a positioning member 3' and a plug 4. The housing 2 is formed with two receiving slots 21. The positioning member 3 is disposed in the housing 2 and includes a base wall 31, a fixed side wall 32 connected to one end of the base wall 31 and fixedly coupled to the housing 2, and a connecting end wall 31 opposite to the fixed side wall 32. The elastic clamping arm 33. The base wall 31, the fixed side wall 32 and the elastic central arm 33 collectively define a __ insertion groove 34, and the fixed side wall 32 and the elastic clamping arm 33 collectively define an opening 35 communicating with the pivoting groove 34 and located on the opposite side of the base wall 31. . The elastic gripping arm 33 includes a spring arm portion 331 connected to the base wall 31, and a locking projection portion 332. The elastic arm portion 331 includes an inner surface 333 facing the fixed side wall 32. The locking convex portion 332 protrudes from the inner surface 333 to read the near opening 35. The locking convex portion 332 includes a first fastening surface 334 connected to the inner surface 333. And a fourth connecting surface 335 帛 扣 扣 335 335 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The M440561 plug 4 includes a splicing shaft 41 rotatably coupled to the pivoting slot 34, and two plug-in terminals 42 disposed on the pivoting shaft 41. The plug 4 can be received in the two plug-in terminals 42 respectively. A folding position (shown in FIG. 2) in the receiving slot 21, and two insertion terminals 42 respectively extend between an extended position (shown in FIG. 2) outside the two receiving slots 21. The pivoting shaft 41 includes a shaft portion 4U pivotally connected to the splicing groove 34, and a protrusion 412 protruding from the shaft portion 411. The first fastening surface 334 and the second fastening surface of the locking protrusion 332 The 335 is detachably fastened to the bump 4丨2 and the shaft portion, so that the two plug terminals 42 are positioned at an extended position protruding from the outside of the two receiving slots 21. In addition, the # abutting surface 335 of the locking projection 332 can be detachably engaged with the projection 412 and the shaft portion 々I! so that the two insertion terminals 42 are positioned at the folding position accommodated in the two receiving slots 21. The first fastening surface 334 and the second fastening surface of the locking protrusion 332 are respectively engaged with the protrusion 412 and the shaft portion 411 of the pivot shaft 41, thereby making
插頭4能穩固地定位在伸出位置，並能防止插頭*受外力影 響而回彈，藉以提升使用上的便利性。 P 以下將針對插頭裝置2G的具體結構與操作方式進行詳 細說明： 如圖2、圖3及圖4所示，本體1〇的轉接插座12包括 -插槽12卜及兩根設置於插槽121内且相間隔的轉接端子 122’各轉接端子122可透過銲接方式銲接於電路板η的一 對應的電性接‘帽未示）°插頭裝置20還包含兩個設置於 殼體2内的導接端子5 ’當播頭裝置20插置於插槽121内 時’各導接端子5會與對應的轉接端子m電連接。當插頭 4的兩插接料42定位在伸出位置時，各插接端子會與 11 M440561 對應的導接鈿子5電連接，藉此，使得插接端子42可透過 導接端子5及轉接端子122將外部電源傳輸至電路板13。 殼體2包括一下殼件22,及一結合於下殼件22上的上 殼件23，下殼件22與上殼件23共同界定一容置空間24， 定位件3及導接端子5設置於容置空間24内。下殼件22 包含一底壁221、一凸設於底壁221的後侧壁222，及一凸 設於後側壁222外壁面的插置部223,插置部223用以插置 於轉接插座12的插槽121内，後側壁222與插置部223共 同界定兩個與容置空間24連通的穿孔224。 如圖3、圖4及圖6所示，各導接端子5為金屬材質， 其包括一用以設置於容置空間24内的基片51、一導接套環 52、一第一導接片53,及一第二導接片54。基片51具有一 刖端511、一後端512，及一連接於前端511與後端512之 間的外側端513。導接套環52由基片51的後端512朝後延 伸並用以穿设於對應的穿孔224内，各導接端子5的導接套 環52用以套接於對應的轉接端子122(如圖2所示），使導接 端子5透過導接套環52與轉接端子122電連接。第一導接 片53由基片51的前端511朝前延伸，第二導接片54由基 片51的外侧端513朝上延伸，各導接端子5的第一導接片 53及第二導接片54用以與對應的插接端子42抵接，使導 接端子5透過第一導接片53及第二導接片54與插接端子 42電連接。 如圖3、圖4及圖7所示，各插接端子42為金屬材質， 各插接端子42是以沖壓成型方式製成，各插接端子42沖壓 12 成型後的形狀如圖7所示。各插接端子42包括—里長形片 狀的插接段421、一由插接段421末端延伸出的第一導接段 422,及一由插接段421向外彎折延伸的第二導接段^ 透過插接端子42以沖壓方式-體成型的製造方法製成能 簡化插接端子42製造的複雜度及卫時，以降低插接端子42 的製造成本。 插頭4的枢接軸41是由耐磨性佳的绝緣材質製成枢 接軸41包括兩個設於軸部411相反端的包覆部413，兩插 接端子42是透過埋入射出成型（Insert M〇iding)的方式分別 結合於樞接轴41的兩包覆部413，各包覆部413包覆住對 應的插接端子42的一部分。各插接端子42的插接段421 凸伸出樞接軸4i的包覆部413 一端，插接段421用以插接 於外部的電源插座内。各插接端子42的第一導接段422凸 伸出包覆部413相反於插接段421的另一端，第一導接段 422用以與對應的導接端子5的第一導接片幻抵接。各插 接端子42的第二導接段423凸伸出樞接軸41的包覆部413 外側邊，第二導接段423用以與對應的導接端子5的第二導 接片5 4抵接。 上咸件23界定出兩個收容槽21，上殼件23包括一頂 壁231，及兩個由頂壁231向下凹陷的凹陷壁232，各收容 槽21具有一由對應的凹陷壁232與頂壁231界定出的溝槽 部211 ’及一貫穿頂壁23丨使溝槽部2丨丨與容置空間24相 連通的連通槽部212»枢接軸41的各包覆部413用以穿設 於對應的收容槽21的連通槽部212内，使得各插接端子42 13 M440561 的插接段421能收容在對應的溝槽部211内。 如圖4、圖8及圖9所示，定位件3是由耐磨性佳的絕 緣材質製成’定位件3的固定側壁32包含一連接於基壁31 一端並與彈性夾持臂33相間隔的直立壁部321，及一凸設 於直立壁部321相反於彈性夾持臂33 一側的凸伸壁部 322，凸伸壁部322形成有兩個位於相反側且呈縱向延伸的 限位槽323。殼體2的上殼件23還包括兩個分別凸設於兩 凹陷壁232相向一側的限位肋233，各限位肋233呈縱向延 伸並可嵌接於凸伸壁部322的對應限位槽323内，以限制定 位件3的凸伸壁部322相對於殼體2前後位移。進一步地， 固定側壁32還包含一連接於直立壁部32丨與凸伸壁部322 之間的加勁壁部324，藉此，以增加直立壁部321與凸伸壁 部322之間的結構強度。 如圖3、圖9及圖1〇所示，在組裝插頭裝置2〇時，將 插頭4的兩包覆部413分別穿入上殼件23的兩連通槽部212 内，使插頭4的兩插接段421分別穿伸出兩連通槽部212。 接著，將定位件3組裝在樞接轴41的軸部411上，使軸部 411及凸塊412經由定位件3的開口 35穿伸入樞接槽34 内，以及上殼件23的各限位肋233嵌接於對應的限位槽323 内。另一方面，將各導接端子5的導接套環52穿設於下殼 件22的對應穿孔224内，使各導接端子5如圖丨丨所示地定 位在下殼件22上。最後，將上殼件23蓋合於下殼件22， 並透過超音波熔接方式將上殼件23與下殼件22熔接在一 起即70成插頭裝置2〇的組裝。此時，上殼件23頂壁231 14 M440561 及下殼件22的底壁221如圖5所示地共同夾持定位件3， 以限制定位件3相對於殼體2上下位移，使定位件3能穩固 地定位在容置空間24内。 如圖2、圖4及圖5所示，當插頭裝置2〇組裝完成後， 可沿一插入方向I將插置部223插入轉接插座12的插槽121 内。由於殼體2的上殼件23包括一由頂壁231内壁面向下 凸伸且鄰近後端處的擋板234,擋板234擋止於各導接端子 φ 5的導接套環52前端，擋板234為擋止導接套環52並限制 其移動的主要檔止機制，因此，當轉接插座12的各轉接端 子122穿設於對應的導接套環52内並與導接套環”摩擦接 觸時，導接套環52能穩固地定位在穿孔224内而不會被轉 接端子122頂離穿孔224，藉此，以確保各導接套環52能 確實地套接在對應的轉接端子122上並與其電連接。 如圖3、圖6及圖11所示，進一步地，各導接端子$ 的第一導接片53具有一由基片51的前端511朝前並朝上傾 φ 斜延伸的第一傾斜部53卜一由第一傾斜部531前端朝前水 平延伸的接觸部532’及一由接觸部532前端朝前並朝下傾 斜延伸的第二傾斜部533 β殼體2的下殼件22還包括兩個 凸設於底壁221内壁面且相間隔的第一擋止部225，各第一 擋止部225用以擋止對應的第一導接片53的第二傾斜部 533，藉此，第一擋止部225能作為輔助擋止導接端子5並 限制其移動的第二道擋止機制。此外，各導接端子5還包括 一由基片51的前端511朝前並朝下傾斜延伸的傾斜片55， 殼體2的下殼件22還包括兩個凸設於底壁221内壁面且相 15 間隔的第二擋止部226,各笛_ ..^ 各第—擋止部226用以擋止對應的 導接端子53的傾斜片55，μ此，楚j. 藉此第二擋止部226同樣能作 為輔助擋止導接端子5並限制且 制其移動的第二道擋止機制。 圖圖5及圖12所不’當插頭4在收摺位置時， 插頭4的兩插接段421分別收容於兩收容槽21的溝槽部川 内，此時，彈性夾持臂33的鎖定凸部332的第二扣接面335 卡扣於梅接軸41的凸塊412及軸部4U，使得轴部4ΐι迫 緊於基壁31與直立壁部321共同形成的—弧形承載面％ 上透過彈)·生夾持臂33、基壁31及固定侧壁U的直立壁 部32i共同夾持轴部川，使得插頭4的兩插接段421能穩 固地定位在收摺位置。 <透過基壁31與直立壁部321《同形成的弧形承載面％ "又。十使得基壁31及直立壁部321與轴部411之間的接觸 面積較大，弧形承載面36能穩固地承載軸部411，以避免 軸部411在彈性夾持臂33與直立壁部321之間產生晃動的 情形。此外，當插頭4在收摺位置時，各插接端子42的第 一導接段422與對應的導接端子5的第一導接片53分離， 而第二導接段423則抵接於第二導接片54内表面。 如圖5及圖13所示，欲將插頭4由收摺位置轉動到伸 出位置時，施力將插接段421沿箭頭π方向往上扳動。由 於上殼件23的頂壁231及下殼件22的底壁221共同夾持定 位件3 ’限制了定位件3的固定側壁32上下位移，以及上 设件23的限位肋233(如圖10)嵌接於凸伸壁部322的限位 槽323(如圖10)内，限制了定位件3的固定側壁32前後位 16 M440561 移因此疋位件3的固定側壁32是穩固地定位在容置空 間24内而保持不動的狀態。由於固定側壁32及基壁31共 同限制住轴部411的位置，因此，當凸塊412旋轉到抵接於 鎖定凸部332的-連接於第二扣接面335相反於第一扣接面 334端的導引斜面336位置時，凸塊施加於導引斜面 36的楦向推力F能確實促使彈性夾持臂33的彈臂部33 j . 才目對於基壁31朝遠離直立壁冑321的方向彎折變形，使得 φ 轴部411能在樞接槽34内樞轉。 較佳地，為了使彈性夾持臂33的彈臂部331具有一定 的彈性並且較容易相對基壁31 f折變形，本實施例的基壁 31與彈臂部331相連接的角落凹陷形成—與框接槽％相連 通的凹槽37，凹槽37呈圓弧形狀。透過凹槽37的設計能 減少彈臂部33i與基壁31之間的連接厚度，藉此’使得凸 塊412施加於導引斜面咖的推力F能更順利地促使彈性 夹持臂33的彈臂部331相對於基壁31自遠離直立壁部321 • 的方向彎折變形並蓄積復位彈力。 如圖14及圖15所示，當凸塊412旋轉到抵接於第二扣 接面335的位置時’彈性夹持臂33的彈臂部331相對於基 壁3 1彎折變形的程度會逐漸變大^當插頭4轉動到例如為 45度的位置（如® 14所示）時’凸塊412的一第一端4M會 如圖14所示地抵接在鎖定凸部332的第二扣接面奶上， 同時’第-導接段422會如圖15所示地抵接於導接端子$ 的第-導接片53的第一傾斜部531，第一導接段422受到 第-傾斜部531的擋止而停頓’使得使用者會感覺到一頓點 17 M440561 感°此時，使用者需加大施加於插接段421上的旋轉力量， 才能使第一導接段422的一頂推斜面424施加於第一傾斜部 531的一向下的推力足夠促使第一傾斜部531相對於基片 向下彎折變形。透過頂推斜面424頂推第一傾斜部531使其 向下彎折變形，第一傾斜部531會呈傾斜狀態而不會阻擋在 第一導接段422的轉動路徑上，藉此，插頭4便能繼續沿著 箭頭II方向轉動。 如圖16所示，當凸塊412的第一端414轉動到與第二 扣接面335分離的位置，且凸塊412的一相反於第一端414 的第二端415越過鎖定凸部332時，凸塊412會對應於彈臂 部331的内表面333與鎖定凸部332的第一扣接面334共同 界定出的一與樞接槽34相連通的定位槽38。藉由彈臂部 所蓄積的復位彈力驅使彈性夾持臂33復位，鎖定凸部332 的第扣接面334及第二扣接面335會分別卡扣於凸塊 頂緣及軸部411上，同時，凸塊412會嵌接於定位槽％内。 在本實施例中，第-扣接面334是一弧形面，第二扣接面 335為一由下朝上並同時朝遠離彈臂部331方向傾斜延伸的 斜面’其中，第一扣接面334也可設計成斜面。透過第一扣 接面334卡扣於凸塊412頂緣，能提供轴部411朝向基壁 31方向迨緊於弧形承載面％上的力量透過第二扣接面奶 卡扣於軸部41卜能提供軸部411朝向基壁31方向以及朝 向直立壁部321方向返緊於弧形承載面％上的力量藉此， 使得轴部411能迫緊於狐形承載面36上。透過彈性夹0持臂 33的自動復位並與基壁31及固定側壁32的直立壁部 321 18 M440561 共同夾持轴部411及凸塊412，能自動地鎖定住轴部川及 凸塊412使插頭4穩固地定位在如圖16所示的伸出位置。 特別說明的是，當插接段421受到例如為沿箭頭m方 向的外力影響而導致凸塊412向上頂推第一扣接面334時， 第一扣接面334施予凸塊412的反作用力會迫使凸塊412 回位到定位槽38内，藉此，第一扣接面334能提供第一道 防回彈的機制，以避免插接段421受到外力影響而回彈到收 摺位置的情形產生。若插接段421受到的外力較大而導致凸 塊412如圖17所示地脫離定位槽38及第一扣接面3弘時， 第二扣接面335施予凸塊412朝向基壁3ι方向以及朝向直 立壁部321方向的力量會迫使凸塊412回位到定位槽％ 内，藉此，第二扣接面335能提供第二道防回彈的機制，以 避免插接段421受到較大外力影響而回彈到收摺位置的情 形產生。 如圖18及圖19所示，當插頭4定位在伸出位置時，各 第一導接段422的一與頂推斜面424相連接的接觸端面425 會抵接於對應的第一導接片53的接觸部532上，同時，第 二導接段423仍保持在抵接於第二導接片M内表面的狀 態。第一導接片53的第一傾斜部531彎折變形所蓄積的復 位彈力作用，能使接觸部532迫緊接觸於第一導接段422 的接觸端面425上，以確保接觸部532與接觸端面425保持 在緊密接觸的狀態。同時參閱圖u，透過下殼件22的第一 擋止部225擋止於第二傾斜部533前端，能避免接觸部532 因為第-傾斜部531的彎折變形帶動下，接觸部说前端與 19 M440561 接觸Αϊό面425之間接觸不良的情形產生，以確保接觸部532 是保持與接觸端面425接觸的狀態。透過插接端子42以第 一導接段422及第二導接段423同時與對應的導接端子5 接觸，能確保插接端子42與導接端子5之間是保持在導接 的狀態，藉此，能提升導接時的穩固性以及電連接的可靠度。 如圖16及圖17所示，欲將插頭4由伸出位置轉動到收 摺位置時，施力將插接段421沿箭頭m方向往下扳動。由 於固定側壁32及基壁31共同限制住軸部411的位置，因 此，凸塊412施加於第一扣接面334上的橫向推力f能確 實促使彈性夾持臂33的彈臂部331相對於基壁31朝遠離直 立壁部321的方向彎折變形，使凸塊412能移離定位槽％ 及第一扣接面334。當&塊412的第一端414轉動到如圖14 所示抵接於第二扣接面335的位置時，藉由彈臂部331所蓄 積的復位彈力驅使彈性夹持臂33復位，使得鎖定凸部η] 的第二扣接面335自動回復到如圖5所示卡扣於插接抽41 的凸塊412及轴部411上，以自動地鎖定住軸部411及凸塊 412使插頭4穩固地定位在如圖5所示的收指位置。 歸納上述’本實施例的插頭褒置2()’藉由定位件3的 設置’能穩固地將插頭4定位在凸伸出殼體2的伸出位置， 並能防止插頭4受外力影響而回彈，藉以提升使用上的便利 性。再者，透過定位件3的彈性夾持t 33與樞接轴Μ的凸 塊化相配合’能自動地將插頭4定位在伸出位置或收摺位 置，確實能達到本新型所訴求之目的。 惟以上所述者，僅為本新型之實施例而已，當不能以此 20 M440561 限定本新型實施之範圍，即A凡依本新型中請專利範圍及新 型-兑明内谷所作之簡單的等效變化與修飾，皆仍屬本新型專 利涵蓋之範圍内。 【圖式簡單說明】 圖1疋本新f具有才番頭裝置的電子設備的—較佳實施 例的立體圖，說明插頭裝置插置於本體上； 圖2疋本新型具有插頭裝置的電子設備的一較佳實施 • 例的立體分解圖，說明插頭裝置與本體分離； 圖3疋本新型具有插頭装置的電子設備的一較佳實施 例的插頭裝置的立體分解圖，說明殼體、定位件、插頭及導 接端子之間的組裝關係； 圖4疋本新型具有插頭裝置的電子設備的一較佳實施 例的插頭裝置由另-視角觀看的立體分解圖，說明殼體定 位件、插頭及導接端子之間的組裝關係； 圖5疋本新型具有插頭裝置的電子設備的一較佳實施 • 裝置㈣視圖，說明插較位在收摺位置； 圖6疋本新型具有插頭裝置的電子設備的一較佳實施 例的導接端子的立體圖，說明導接端子的細部結構； 圖7疋本新型具有插頭裝置的電子設備的一較佳實施 】的插接端子的立體圖，說明指接端子的細部結構； 圖8是本新型具有插頭装置的電子設備的一較佳實施 】的定位件的立體圖’說明定位件的細部結構； 圖9是本新型具有插頭裝置的電子設備的一較佳實施 例的組裝示意圖，說明樞接軸的包覆部插接於收容槽的連通 21 M440561 槽部内； 圖10是本新型具有插頭裝置的電子設備的一較佳實施 例的組裝不意圖，說明定位件組裝於轴部且限位肋嵌接於 限位槽内； 圖11是本新型具有插頭裝置的電子設備的一較佳實施 例的組裝示意圖，說明導接端子的導接套環穿設於下殼件的 穿孔内； 圖12是本新型具有插頭裝置的電子設備的一較佳實施 例的插頭裝置的俯視圖，說明插頭定位在收摺位置且插接端 子的第二導接段抵接於第二導接片内表面，圖中省略上殼件 及定位件； 圖13疋本新型具有插頭裝置的電子設備的一較佳實施 例的插頭裝置的局部放大圖’說明凸塊抵接於鎖定凸部的導 引斜面上並對其施加推力； 圖14疋本新型具有插頭裝置的電子設備的一較佳實施 J的插碩裝置的剖視圖，說明插頭轉動至例如為“度的位 圖15疋本新型具有插頭裝置的電子設備的一較佳實施 =的插頭裝置的局部剖視示意圖說明插頭轉動至例如為 度的位置時’第—導接段抵接於第-導接片的第-傾斜 4，圖中省略殼體及定位件； 例的ST:型具有插頭裝置的電子設備的-較佳實施 、置的剖視圖，說明插頭定位在凸伸位置； 圖17是本新型具有插頭裝置的電子設備的-較佳實施 22 例的插頭裝置的局部放大圖，說明凸塊脫離定位槽及第一扣 接面並抵接於第二扣接面； 圖18是本新型具有插頭裝置的電子設備的一較佳實施 例的插頭裝置的局部剖視示意圖，說明插頭定位在凸伸位置 時，第一導接段的接觸端面抵接於第一導接片的接觸部，圖 中省略殼體及定位件；及 圖19是本新型具有插頭裝置的電子設備的一較佳實施 例的插頭裝置的側視圖，說明插頭定位在凸伸位置時，第一 導接段的接觸端面抵接於第一導接片的接觸部，第二導接段 抵接於第二導接片内表面，圖中省略殼體及定位件。 23 M440561 【主要元件符號說明】 100···· …電子設備 234… •…擋板 10 ····. …本體 24"... •…容置空間 11 .… …外殼 3…… •…定位件 12 ..… …轉接插座 31 ·.··· …·基壁 121···· …插槽 32··.·. •…固定侧壁 122·.·· …轉接端子 321… •…直立壁部 13 _·.·· …電路板 322… •…凸伸壁部 20…… …插頭裝置 323… …·限位槽 2....... …殼體 324… •…加勁壁部 21 …‘· …收容槽 33·". …·彈性夾持臂 211 ···· …溝槽部 331 ··· •…彈臂部 212···. …連通槽部 332… •…鎖定凸部 22 ·...· …下殼件 333… —内表面 221.·.. …底壁 334… •…第一扣接面 222..·· …後侧壁 335… •…第二扣接面 223···· …插置部 336… •…導引斜面 224···· …穿孔 34··.·. •…樞接槽 225.··· …第一擋止部 35···.. .··開口 226···· …第二擋止部 36···.. •…弧形承載面 23 ·.... …上殼件 37…… •…凹槽 231···· …頂壁 38…… •…定位槽 232·.·. …凹陷壁 4 ....... …·插頭 233···· …限位肋 41…… •…樞接軸 24 M440561 411… …軸部 511 .......前端 412.·.. …凸塊 512 .......後端 413.··· …包覆部 513 .......外側端 414···· …第一端 52·· ……導接套環 415···. …第二端 53·· ……第一導接片 42 ••… …插接子 531 .......第一傾斜部 421···· …插接段 532 ……接觸部 422···· …第一導接段 533 .......第二傾斜部 423·..· …第二導接段 54.· ……第二導接片 424···· …頂椎斜面 55.. .......傾斜片 425···· …接觸端面 I…· .......插入方向 5....... …導接端子 II ' III··.箭頭 51 ··..· …基片The plug 4 can be stably positioned in the extended position, and can prevent the plug* from being rebounded by an external force, thereby improving the convenience in use. P The following describes in detail the specific structure and operation mode of the plug device 2G: As shown in FIG. 2, FIG. 3 and FIG. 4, the adapter socket 12 of the body 1 includes a slot 12 and two slots. 121. The interposing terminal 122 of each of the interposing terminals 122' can be soldered to a corresponding electrical connection of the circuit board n. The plug device 20 further includes two disposed in the housing 2. The inner lead terminal 5' is electrically connected to the corresponding transfer terminal m when the head device 20 is inserted into the slot 121. When the two plugs 42 of the plug 4 are positioned in the extended position, the plug terminals are electrically connected to the guide tabs 5 corresponding to the 11 M440561, thereby allowing the plug terminals 42 to pass through the lead terminals 5 and rotate. The terminal 122 transmits an external power source to the circuit board 13. The housing 2 includes a lower housing member 22 and an upper housing member 23 coupled to the lower housing member 22. The lower housing member 22 and the upper housing member 23 define an accommodation space 24, and the positioning member 3 and the guiding terminal 5 are disposed. In the accommodation space 24. The lower housing member 22 includes a bottom wall 221, a rear side wall 222 protruding from the bottom wall 221, and an insertion portion 223 protruding from the outer wall surface of the rear side wall 222. The insertion portion 223 is inserted into the adapter. In the slot 121 of the socket 12, the rear side wall 222 and the insertion portion 223 together define two through holes 224 that communicate with the accommodating space 24. As shown in FIG. 3, FIG. 4 and FIG. 6, each of the conductive terminals 5 is made of a metal material, and includes a substrate 51 for being disposed in the accommodating space 24, a guiding collar 52, and a first guiding. A sheet 53, and a second guide tab 54. The substrate 51 has a top end 511, a rear end 512, and an outer end 513 connected between the front end 511 and the rear end 512. The guiding collar 52 extends rearward from the rear end 512 of the substrate 51 and is disposed in the corresponding through hole 224. The guiding collar 52 of each guiding terminal 5 is sleeved on the corresponding switching terminal 122 ( As shown in FIG. 2, the lead terminal 5 is electrically connected to the transfer terminal 122 through the lead collar 52. The first guiding piece 53 extends forward from the front end 511 of the substrate 51, the second guiding piece 54 extends upward from the outer end 513 of the substrate 51, and the first guiding piece 53 and the second of each guiding terminal 5 The guiding piece 54 is for abutting against the corresponding plug terminal 42 , and the guiding terminal 5 is electrically connected to the plug terminal 42 through the first guiding piece 53 and the second guiding piece 54 . As shown in FIG. 3, FIG. 4 and FIG. 7, each of the plug-in terminals 42 is made of a metal material, and each of the plug-in terminals 42 is formed by press molding, and each of the plug-in terminals 42 is stamped and formed into a shape as shown in FIG. . Each of the plug-in terminals 42 includes a long-length sheet-shaped plug section 421, a first lead-through section 422 extending from the end of the plug-in section 421, and a second bent outwardly extending from the plug-in section 421. The manufacturing process of the lead-through section ^ by the stamping-body forming method can simplify the manufacturing complexity and the maintenance time of the plug-in terminal 42 to reduce the manufacturing cost of the plug-in terminal 42. The pivot shaft 41 of the plug 4 is made of an insulating material with good wear resistance. The pivot shaft 41 includes two covering portions 413 disposed at opposite ends of the shaft portion 411. The two plug terminals 42 are formed by burying and venting ( The manner of Insert M〇iding) is respectively coupled to the two covering portions 413 of the pivot shaft 41, and each of the covering portions 413 covers a part of the corresponding plug terminal 42. The plugging portion 421 of each of the plug terminals 42 protrudes from one end of the covering portion 413 of the pivoting shaft 4i, and the plugging portion 421 is for plugging into an external power socket. The first guiding portion 422 of each of the plug terminals 42 protrudes from the other end of the connecting portion 421 opposite to the connecting portion 421, and the first guiding portion 422 is used for the first guiding piece of the corresponding guiding terminal 5 Magical abutment. The second guiding portion 423 of each of the insertion terminals 42 protrudes from the outer side of the covering portion 413 of the pivoting shaft 41, and the second guiding portion 423 is used for the second guiding piece 5 of the corresponding guiding terminal 5. 4 abut. The upper salt member 23 defines two receiving slots 21, and the upper shell member 23 includes a top wall 231 and two recessed walls 232 recessed downwardly from the top wall 231. Each of the receiving slots 21 has a corresponding recessed wall 232 and The groove portion 211 ′ defined by the top wall 231 and a covering portion 212 of the connecting groove portion 212 of the pivoting shaft 41 for penetrating the groove portion 2 丨丨 with the accommodating space 24 are used for the covering portions 413 of the pivoting shaft 41 The insertion portion 421 of each of the plug terminals 42 13 M440561 can be received in the corresponding groove portion 211. As shown in FIG. 4, FIG. 8 and FIG. 9, the positioning member 3 is made of an insulating material with good wear resistance. The fixing side wall 32 of the positioning member 3 includes a connecting end of the base wall 31 and is coupled to the elastic clamping arm 33. The spaced upright wall portion 321 and a protruding wall portion 322 protruding from the side of the upright wall portion 321 opposite to the elastic clamping arm 33, the protruding wall portion 322 is formed with two oppositely extending and extending longitudinal limits Bit slot 323. The upper housing member 23 of the housing 2 further includes two limiting ribs 233 respectively protruding from opposite sides of the two recessed walls 232. The limiting ribs 233 extend longitudinally and can engage with corresponding limits of the protruding wall portion 322. In the position groove 323, the protruding wall portion 322 of the positioning member 3 is restricted from being displaced forward and backward with respect to the casing 2. Further, the fixing side wall 32 further includes a stiffening wall portion 324 connected between the upright wall portion 32 and the protruding wall portion 322, thereby increasing the structural strength between the upright wall portion 321 and the protruding wall portion 322. . As shown in FIG. 3, FIG. 9 and FIG. 1A, when the plug device 2 is assembled, the two covering portions 413 of the plug 4 are respectively inserted into the two communicating groove portions 212 of the upper case member 23, so that the two plugs 4 are The insertion sections 421 extend through the two communication groove portions 212, respectively. Next, the positioning member 3 is assembled on the shaft portion 411 of the pivoting shaft 41, so that the shaft portion 411 and the projection 412 are inserted into the pivoting groove 34 via the opening 35 of the positioning member 3, and the limits of the upper casing member 23 The rib 233 is embedded in the corresponding limiting slot 323. On the other hand, the guide collars 52 of the respective lead terminals 5 are passed through the corresponding through holes 224 of the lower case member 22, so that the respective lead terminals 5 are positioned on the lower case member 22 as shown in FIG. Finally, the upper casing member 23 is closed to the lower casing member 22, and the upper casing member 23 and the lower casing member 22 are welded together by ultrasonic welding to assemble the 70-degree plug device 2''. At this time, the top wall 231 14 M440561 of the upper casing member 23 and the bottom wall 221 of the lower casing member 22 jointly hold the positioning member 3 as shown in FIG. 5 to restrict the displacement of the positioning member 3 relative to the casing 2, so that the positioning member 3 can be stably positioned in the accommodating space 24. As shown in FIG. 2, FIG. 4 and FIG. 5, after the plug device 2 is assembled, the insertion portion 223 can be inserted into the slot 121 of the adapter socket 12 in an insertion direction I. Since the upper casing member 23 of the casing 2 includes a baffle 234 protruding downward from the inner wall of the top wall 231 and adjacent to the rear end, the baffle 234 blocks the front end of the guiding collar 52 of each of the guiding terminals φ 5 . The baffle 234 is a main stop mechanism for blocking the guide collar 52 and restricting its movement. Therefore, when the adapter terminals 122 of the adapter socket 12 are inserted into the corresponding guide collar 52 and the guide sleeve When the ring is in frictional contact, the guide collar 52 can be stably positioned in the through hole 224 without being pushed away from the through hole 224 by the adapter terminal 122, thereby ensuring that each of the guide collars 52 can be surely socketed in correspondence And electrically connected to the transfer terminal 122. As shown in FIGS. 3, 6, and 11, further, the first guiding piece 53 of each of the conductive terminals $ has a front end 511 of the substrate 51 facing forward and The first inclined portion 53 obliquely inclined upwardly extends a contact portion 532' horizontally extending forward from the front end of the first inclined portion 531 and a second inclined portion 533 which is inclined forwardly and downwardly from the front end of the contact portion 532 The lower housing member 22 of the beta housing 2 further includes two first blocking portions 225 protruding from the inner wall surface of the bottom wall 221, and each of the first blocking portions 225 The second inclined portion 533 of the corresponding first guiding piece 53 is blocked, whereby the first stopping portion 225 can serve as a second stopping mechanism for assisting in stopping the guiding terminal 5 and restricting its movement. Each of the lead terminals 5 further includes an inclined piece 55 extending obliquely forwardly and downwardly from the front end 511 of the substrate 51. The lower case member 22 of the housing 2 further includes two inner surfaces of the bottom wall 221 and the phase 15 The second stop portion 226 of the interval, each of the flutes _.. ^ each of the first stop portions 226 is used to block the inclined piece 55 of the corresponding guide terminal 53, so that the second stop portion 226 can also serve as a second stop mechanism for assisting in blocking the terminal 5 and restricting its movement. Figure 5 and Figure 12 are not 'when the plug 4 is in the folded position, the two plugs of the plug 4 The 421 is accommodated in the groove portion of the two receiving slots 21, and the second fastening surface 335 of the locking protrusion 332 of the elastic clamping arm 33 is engaged with the protrusion 412 and the shaft portion 4U of the connecting shaft 41. The shaft portion 4ΐ is urged against the arcuate bearing surface % formed by the base wall 31 and the upright wall portion 321 to penetrate the vertical wall portion of the clamping arm 33, the base wall 31 and the fixed side wall U. The 32i co-clamps the shaft portion so that the two insertion portions 421 of the plug 4 can be stably positioned at the folding position. <The curved bearing surface formed by the base wall 31 and the upright wall portion 321 % " 10. The contact area between the base wall 31 and the upright wall portion 321 and the shaft portion 411 is large, and the curved bearing surface 36 can stably carry the shaft portion 411 to prevent the shaft portion 411 from being in the elastic clamping arm 33 and the upright wall portion. In the case where the plug 4 is in the folded position, the first guiding portion 422 of each of the plug terminals 42 is separated from the first guiding piece 53 of the corresponding guiding terminal 5, and the second The guiding section 423 abuts against the inner surface of the second guiding piece 54. As shown in Figs. 5 and 13, when the plug 4 is to be rotated from the folded position to the extended position, the force is applied to move the insertion portion 421 upward in the direction of the arrow π. Since the top wall 231 of the upper casing member 23 and the bottom wall 221 of the lower casing member 22 jointly clamp the positioning member 3', the fixed side wall 32 of the positioning member 3 is displaced up and down, and the limiting rib 233 of the upper member 23 (as shown in the figure) 10) engaging in the limiting groove 323 (such as FIG. 10) of the protruding wall portion 322, limiting the fixed side wall 32 of the positioning member 3 to the front and rear position 16 M440561, so that the fixed side wall 32 of the clamping member 3 is firmly positioned at The inside of the accommodation space 24 is kept in a stationary state. Since the fixed side wall 32 and the base wall 31 together limit the position of the shaft portion 411, when the protrusion 412 is rotated to abut against the locking protrusion 332, the connection to the second fastening surface 335 is opposite to the first fastening surface 334. At the position of the leading bevel 336 of the end, the yaw thrust F applied by the lug to the guiding slanting surface 36 can surely urge the elastic arm portion 33 j of the elastic gripping arm 33. The direction of the base wall 31 away from the upright wall 321 The bending deformation causes the φ shaft portion 411 to pivot within the pivoting groove 34. Preferably, in order to make the elastic arm portion 331 of the elastic clamping arm 33 have a certain elasticity and is relatively easily deformed and deformed relative to the base wall 31 f, the corner of the base wall 31 of the present embodiment which is connected to the elastic arm portion 331 is recessed - The groove 37 is in communication with the frame groove %, and the groove 37 has a circular arc shape. The design of the groove 37 can reduce the thickness of the connection between the elastic arm portion 33i and the base wall 31, thereby making it possible for the force of the projection 412 applied to the guide bevel to more smoothly urge the elastic gripping arm 33. The arm portion 331 is bent and deformed from the direction in which the base wall 31 is away from the upright wall portion 321 and accumulates a return elastic force. As shown in FIG. 14 and FIG. 15 , when the bump 412 is rotated to a position abutting on the second fastening surface 335 , the extent to which the elastic arm portion 331 of the elastic clamping arm 33 is bent and deformed relative to the base wall 31 is Gradually increasing ^ When the plug 4 is rotated to a position of, for example, 45 degrees (as indicated by ® 14), a first end 4M of the bump 412 abuts the second of the locking projection 332 as shown in FIG. The first guiding portion 422 is abutted on the first inclined portion 531 of the first guiding piece 53 of the guiding terminal $ as shown in FIG. - the stop of the inclined portion 531 and pauses 'so that the user feels a point 17 M440561 feeling. At this time, the user needs to increase the rotational force applied to the plug section 421 to make the first guide section 422 A downward thrust applied to the first inclined portion 531 by a pushing slope 424 is sufficient to cause the first inclined portion 531 to be bent downwardly with respect to the substrate. The first inclined portion 531 is pushed up and deformed by the pushing inclined surface 424, and the first inclined portion 531 is inclined to not block the rotating path of the first guiding portion 422, thereby the plug 4 You can continue to rotate in the direction of arrow II. As shown in FIG. 16, when the first end 414 of the bump 412 is rotated to a position separated from the second fastening surface 335, and a second end 415 of the projection 412 opposite the first end 414 passes over the locking projection 332. The protrusion 412 corresponds to the positioning groove 38 of the inner surface 333 of the elastic arm portion 331 and the first fastening surface 334 of the locking protrusion 332 and communicates with the pivoting groove 34. The elastic clamping arm 33 is repositioned by the elastic force accumulated by the elastic arm portion, and the first fastening surface 334 and the second fastening surface 335 of the locking convex portion 332 are respectively buckled on the top edge of the bump and the shaft portion 411. At the same time, the bump 412 is embedded in the positioning slot %. In this embodiment, the first fastening surface 334 is a curved surface, and the second fastening surface 335 is a slope that extends from the bottom upward and at the same time obliquely away from the elastic arm portion 331. Face 334 can also be designed as a bevel. The first fastening surface 334 is fastened to the top edge of the protrusion 412, so that the strength of the shaft portion 411 which is tightened toward the base wall 31 in the direction of the curved bearing surface can be fastened to the shaft portion 41 through the second fastening surface. The force of the shaft portion 411 toward the base wall 31 and the direction of the upright wall portion 321 to the curved bearing surface can be provided thereby, so that the shaft portion 411 can be urged against the fox-shaped bearing surface 36. The shaft portion 411 and the projection 412 are clamped together with the vertical wall portion 321 18 M440561 of the base wall 31 and the fixed side wall 32 by the automatic reset of the elastic clamp 0, and the shaft portion and the projection 412 can be automatically locked. The plug 4 is securely positioned in the extended position as shown in FIG. In particular, when the insertion section 421 is subjected to an external force such as in the direction of the arrow m to cause the protrusion 412 to push up the first fastening surface 334, the first fastening surface 334 applies a reaction force of the protrusion 412. The bump 412 is forced back into the positioning slot 38, whereby the first fastening surface 334 can provide a first anti-rebound mechanism to prevent the insertion section 421 from being rebounded to the folding position by the external force. The situation arises. If the external force received by the insertion section 421 is large, and the protrusion 412 is disengaged from the positioning groove 38 and the first fastening surface 3 as shown in FIG. 17, the second fastening surface 335 applies the protrusion 412 toward the base wall 3ι. The direction and the force in the direction toward the upright wall portion 321 forces the bump 412 to return to the positioning slot %, whereby the second fastening surface 335 provides a second anti-rebound mechanism to prevent the plug portion 421 from being subjected to A situation in which a large external force affects the rebound to the folding position occurs. As shown in FIG. 18 and FIG. 19, when the plug 4 is positioned in the extended position, a contact end surface 425 of each of the first guiding segments 422 connected to the pushing slope 424 abuts against the corresponding first guiding piece. At the same time, the second guiding portion 423 is held in contact with the inner surface of the second guiding piece M. The reset elastic force accumulated by the first inclined portion 531 of the first guiding piece 53 is deformed, and the contact portion 532 is pressed into contact with the contact end surface 425 of the first guiding portion 422 to ensure the contact portion 532 and the contact portion 532. The end face 425 is maintained in a state of close contact. Referring to FIG. 5, the first stop portion 225 of the lower case member 22 is blocked from the front end of the second inclined portion 533, so that the contact portion 532 can be prevented from being driven by the bending deformation of the first inclined portion 531, and the front end of the contact portion is 19 M440561 The contact between the contact faces 425 is poor, to ensure that the contact portion 532 is kept in contact with the contact end face 425. The first guiding portion 422 and the second guiding portion 423 are simultaneously in contact with the corresponding guiding terminal 5 through the plug-in terminal 42 to ensure that the connection between the plug-in terminal 42 and the guiding terminal 5 is maintained. Thereby, the stability at the time of the connection and the reliability of the electrical connection can be improved. As shown in Figs. 16 and 17, when the plug 4 is to be rotated from the extended position to the folded position, the insertion portion 421 is pulled downward in the direction of the arrow m. Since the fixed side wall 32 and the base wall 31 collectively limit the position of the shaft portion 411, the lateral thrust f applied by the bump 412 to the first fastening surface 334 can surely urge the elastic arm portion 331 of the elastic clamping arm 33 relative to The base wall 31 is bent and deformed away from the upright wall portion 321 so that the bump 412 can be moved away from the positioning groove % and the first fastening surface 334. When the first end 414 of the & block 412 is rotated to a position abutting against the second fastening surface 335 as shown in FIG. 14, the elastic clamping arm 33 is urged to be reset by the reset elastic force accumulated by the elastic arm portion 331, so that The second fastening surface 335 of the locking projection η] automatically returns to the projection 412 and the shaft portion 411 which are snapped onto the insertion pump 41 as shown in FIG. 5 to automatically lock the shaft portion 411 and the projection 412. The plug 4 is securely positioned at the fingering position as shown in FIG. It is summarized that the plug device 2() of the present embodiment can securely position the plug 4 in the extended position of the protruding housing 2 by the setting of the positioning member 3, and can prevent the plug 4 from being affected by an external force. Rebound, so as to improve the convenience of use. Moreover, by the elastic clamping t 33 of the positioning member 3 and the bumping of the pivoting shaft ', the plug 4 can be automatically positioned at the extended position or the folded position, which can truly achieve the purpose of the present invention. . However, the above is only the embodiment of the present invention. When the scope of the present invention cannot be limited by this 20 M440561, that is, the scope of the patent in the new type and the simple type of the new type Both effect changes and modifications are still covered by this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a preferred embodiment of an electronic device having a device, in which a plug device is inserted into a body; FIG. 2 is a diagram of an electronic device having a plug device. 3 is an exploded perspective view of the plug device and the body; FIG. 3 is an exploded perspective view of the plug device of the preferred embodiment of the electronic device with the plug device, illustrating the housing, the positioning member, and the plug And the assembly relationship between the terminal and the terminal; FIG. 4 is a perspective exploded view of the plug device of the preferred embodiment of the electronic device with the plug device viewed from another perspective, illustrating the housing positioning member, the plug and the guiding Figure 1 shows a preferred embodiment of the electronic device with a plug device. The device (four) view illustrates the insertion position in the folded position. Figure 6 shows a new electronic device with a plug device. A perspective view of a conductive terminal of a preferred embodiment illustrating a detailed structure of the conductive terminal; FIG. 7 is a preferred embodiment of the electronic device having a plug device FIG. 8 is a perspective view of the positioning member of the preferred embodiment of the electronic device with the plug device, illustrating a detailed structure of the positioning member; FIG. 9 is a plug of the present invention. A schematic diagram of a preferred embodiment of the electronic device of the device, illustrating that the covering portion of the pivoting shaft is inserted into the slot 21 of the receiving slot of the M440561; FIG. 10 is a preferred embodiment of the electronic device with the plug device of the present invention. The assembly of the example is not intended to indicate that the positioning member is assembled to the shaft portion and the limiting rib is engaged in the limiting slot; FIG. 11 is an assembled view of a preferred embodiment of the electronic device with the plug device, illustrating the guiding terminal The guide collar is disposed in the through hole of the lower case member. FIG. 12 is a plan view of the plug device of the preferred embodiment of the electronic device with the plug device, illustrating the plug being positioned at the folded position and the terminal is inserted. The second guiding portion abuts against the inner surface of the second guiding piece, and the upper housing member and the positioning member are omitted in the figure; FIG. 13 is a preferred embodiment of the electronic device with the plug device A partial enlarged view of the plug device of the example illustrates that the bump abuts against the guiding slope of the locking projection and applies a thrust thereto; FIG. 14 shows a preferred embodiment of the electronic device with the plug device. A cross-sectional view showing a portion of a plug device that is rotated to a position of, for example, a "figure map", a preferred embodiment of the electronic device having a plug device, when the plug is rotated to a position of, for example, a degree - the guiding section abuts the first inclination 4 of the first guiding piece, the housing and the positioning member are omitted in the figure; the ST: type of electronic device with plug device - a preferred embodiment, a cross-sectional view of the example, illustrating the plug Figure 17 is a partial enlarged view of the plug device of the preferred embodiment of the electronic device with the plug device of the present invention, illustrating the bump being separated from the positioning slot and the first fastening surface and abutting the second FIG. 18 is a partial cross-sectional view showing a plug device of a preferred embodiment of the electronic device with a plug device, illustrating that the contact end surface of the first guiding segment is abutted when the plug is positioned at the protruding position The housing and the positioning member are omitted in the contact portion of the first guiding piece; and FIG. 19 is a side view of the plug device of the preferred embodiment of the electronic device having the plug device, illustrating the positioning of the plug in the protruding portion In the position, the contact end surface of the first guiding portion abuts the contact portion of the first guiding piece, and the second guiding portion abuts against the inner surface of the second guiding piece, and the housing and the positioning member are omitted in the figure. 23 M440561 [Description of main component symbols] 100···· ...electronic equipment 234... •...Baffle 10 ····....body 24"... •... accommodating space 11 .... ... casing 3... •... Locating member 12 ..... ... Adapter socket 31 ·······Base wall 121·····Slot 32·····....Fixed side wall 122····...transfer terminal 321... •...Upright wall section 13 _·..·...circuit board 322...•...protrusion wall section 20...plug device 323......stop slot 2.... housing 324... •... Stiffening wall portion 21 ...'·...receiving groove 33·"....elastic clamping arm 211 ····...groove portion 331 ····...ball portion 212···....communication groove portion 332... •...locking projection 22 ·...·...lower casing 333...-inner surface 221...·.....bottom wall 334...•...first fastening surface 222..·...back wall 335... •... Second fastening surface 223····...interposing part 336... •... guiding inclined surface 224····...perforation 34····..... pivoting groove 225.···...first stop 35···.. . . . opening 226····...second stop 36·· ·.. •...curved bearing surface 23 ·.... upper housing member 37... •...groove 231····...top wall 38... •...positioning groove 232·..... recessed wall 4 ....... ....plug 233···· ...limit rib 41... •... pivot shaft 24 M440561 411... shaft portion 511 .... front end 412.·.. ... convex Block 512.......Back end 413........ Covering part 513.......Outer end 414····...The first end 52··...the guiding collar 415· ···...the second end 53··...the first guide piece 42••...plug 531.......the first inclined portion 421····...the plug section 532......contact Part 422····...first guiding section 533.......second inclined section 423·.....the second guiding section 54........the second guiding piece 424···· ... top vertebra slope 55..............inclined piece 425····...contact end face I...·.......insert direction 5........lead terminal II' III··.arrow 51 ··..·...substrate
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