五、新型說明： 【新型所屬之技術領域】 一種具有螢幕 本新型是有關於一種電子裝置，特別是指 角度固持機構的電子裝置。 【先前技術】 目前如筆記型電腦或桌上型顯示器等電子裝置的顯示 螢幕在4時，是設計成具有觸控的功能，以供使用者能按 壓觸碰。前述觸控式顯示勞幕是透過绞鍵（Hinge)枢接於底 座上’使難式顯示螢幕可透過錢相對於底純轉以進行 角度的調整。 由於使用者透過手指按壓觸碰顯示螢幕時的力量不 因此’容易造成顯示螢幕產生晃動的情形，故使用者在 使用上較為不便。 【新型内容】 本新型之主要目的，在於解決前述顯示螢幕被按壓觸碰 時容易產生晃動的問題，進而提供一種具有螢幕角度固持機V. New description: [New technology field] One type of screen The present invention relates to an electronic device, in particular to an electronic device of an angle holding mechanism. [Prior Art] At present, the display screen of an electronic device such as a notebook computer or a desktop display is designed to have a touch function for the user to press and touch. The touch-sensitive display screen is pivotally connected to the base through a hinged button (Hinge), so that the hard display screen can be adjusted by the angle of the money relative to the bottom. Since the user does not easily cause the display screen to sway due to the force of the user touching the screen through the finger press, the user is inconvenient to use. [New content] The main purpose of the present invention is to solve the problem that the display screen is easily shaken when pressed and touched, and to provide a screen angle holding machine.
構的電子裝置，能穩固地將顯示螢幕固持在所選擇的角度位 置。 X 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具有螢幕角度固持機構的 電子裝置，包含一底座、一顯示螢幕及一螢幕角度固持機構。 底座形成有一樞接槽’底座包括一基壁，基壁形成有一 鄰近樞接槽的穿槽孔，及一與穿槽孔連通的第一限位卡槽； 顯示螢幕包括一可轉動地樞接於樞接槽内的樞轉殼件，樞轉 M417762 殼件包含一側壁’側壁形成有複數個呈環狀排列且彼此相間 隔的定位卡槽，螢幕角度固持機構包括_彈性固持件及一撞 止叙’彈性固持件包含一接合於基壁内側#固定板、至少一 彈it，及一固持銷，固定板及固持銷分別連接於彈性臂相 反兩端’彈性臂將固持銷朝側壁方向偏壓固持銷可脫離地 卡f於-選擇角度位置的定位卡槽；擋止紐可活動地穿設於 穿槽孔並與基壁相接合，擋止鈕可脫離地卡掣於第一限位卡 曰而疋位在擋止位置，在擋止位置時，擋止鈕擋止於固持 銷朝向固定板的一側。 新1的目的及解決先前技術問題還可以採用以下技 術手段進一步實現。 基壁還形成有-與穿槽孔連通的第二限位卡槽，擋止姐 可脫離地卡掣於第二限位卡槽而定位在一釋離位置，在釋離 位置時，擋止紐與固持銷朝向較板的__側相間隔。 土壁匕3内壁面，及一凸設於内壁面用以支撐固持銷 的支樓框。支樓框呈U $，内壁面與支樓框之間形成有一 供固持銷穿伸的通孔。 €固持銷包括一與固定板相間隔的主臂、一銷柱及二個侧 臂’主臂包含一朝向固定板的内侧面，及—相反於内侧面的 外側面’銷柱凸設於外側面並可卡掣於定位卡槽，播止钮用 以擋止於内側面，二個侧臂分別由主臂相反端朝固定板方向 向外傾斜延伸，二個側臂可卡接於通孔内。 銷柱具有-呈圓錄且可卡掣於定位卡槽的頭部各定 位卡槽具有一呈圓弧狀並可供頭部抵接的槽緣。 4 M417762 彈性固持件包含二㈣性臂，各彈性臂呈彎折狀並且連 接於各側臂末端與固定板之間。 固定板形成有二個相間隔的熱熔孔，基壁還包含二個凸 設於内壁面的熱师，各㈣柱穿設於各熱炫孔。 擋止备包含一可滑動㈣接⑨穿槽孔的按麼板，及一凸 設於按壓板背面且穿過穿槽孔的擋止凸臂，擋止凸臂位於二 個側臂之間用以擋止内側面。The electronic device securely holds the display screen at the selected angular position. The purpose of the present invention and the prior art problem are solved by the following technical means. The electronic device with the screen angle holding mechanism disclosed in the present invention comprises a base, a display screen and a screen angle holding mechanism. The base is formed with a pivoting groove. The base includes a base wall. The base wall defines a through hole adjacent to the pivoting slot, and a first limiting slot connected to the through slot. The display screen includes a pivotably pivotable connection. In the pivoting shell member in the pivoting slot, the pivoting M417762 shell member includes a side wall 'side wall formed with a plurality of positioning slots arranged in an annular shape and spaced apart from each other, and the screen angle retaining mechanism comprises an elastic retaining member and a collision The elastic retaining member comprises a fixing plate attached to the inner side of the base wall, at least one pin, and a retaining pin. The fixing plate and the retaining pin are respectively connected to opposite ends of the elastic arm. The elastic arm biases the retaining pin toward the side wall. The pressing and holding pin can be disengaged from the positioning card slot of the grounding card at the selected angular position; the stopping button can be movably disposed in the through hole and engaged with the base wall, and the stopping button can be detached from the first limit The latch is in the blocking position, and in the blocking position, the stop button is blocked from the side of the retaining pin facing the fixed plate. The purpose of the new 1 and solving the prior art problems can be further realized by the following technical means. The base wall is further formed with a second limit card slot communicating with the slot, the stop guard can be detached from the second limit card slot and positioned at a release position, and when the release position is blocked The button and the holding pin are spaced apart toward the __ side of the plate. The inner wall surface of the earth wall 匕3 and a branch frame protruding from the inner wall surface for supporting the holding pin. The branch frame is U$, and a through hole for the retaining pin is formed between the inner wall surface and the branch frame. The holding pin includes a main arm spaced apart from the fixing plate, a pin and two side arms. The main arm includes an inner side facing the fixing plate, and - the outer side of the inner side is opposite to the outer side. The side surface can be clamped to the positioning card slot, the play button is used to block the inner side surface, and the two side arms are respectively inclined outwardly from the opposite ends of the main arm toward the fixing plate, and the two side arms can be engaged with the through holes. Inside. The pin has a circular recording and is slidable on the head of the positioning slot. Each of the positioning slots has a slot edge which is arcuate and can be abutted by the head. 4 M417762 The elastic retaining member consists of two (four) arms, each of which is bent and connected between the end of each side arm and the fixed plate. The fixing plate is formed with two spaced apart hot melt holes, and the base wall further comprises two heat engineers protruding from the inner wall surface, and each of the (four) columns is disposed in each of the heat swell holes. The blocking device comprises a sliding plate for sliding (four) connecting 9 through holes, and a blocking convex arm protruding from the back of the pressing plate and passing through the through hole, and the blocking convex arm is located between the two side arms To stop the inner side.
擋止凸’壬L形並包括一穿過穿槽孔的直立臂部，及 一用以擋止内側面的水平臂部。 基壁還形成有-與穿槽孔連通的第二限位卡槽檔止钮 可脫離地卡掣於第二限位卡槽而定位在一釋離位置，在釋離 位置時，水平臂部與内側面相間隔。 按®板包括-卡掣彈臂，卡擎彈臂具有一可卡掣於第一 限位卡槽或第二限位卡槽並呈圓弧狀的凸部按壓板形成有 一位於卡掣彈臂内側的長形穿孔，卡掣彈臂可内縮至長形穿 孔内。The stop projections are 壬L-shaped and include an upright arm portion passing through the through hole and a horizontal arm portion for blocking the inner side surface. The base wall is further formed with a second limit card slot stop button communicating with the slotted hole to be disengaged from the second limit card slot and positioned at a release position, and at the release position, the horizontal arm portion It is spaced from the inner side. The pressing plate of the pressing plate includes a latching arm, and the latching arm has a convex pressing plate which is slidable in the first limiting slot or the second limiting slot and has an arc shape, and is formed on the latching arm An elongated perforation on the inside, the snap arm can be retracted into the elongated perforation.
藉由上述技術手段，本新型具有螢幕角度固持機構的電 子裝置的優點及功效在於，藉由彈性固持件及擔止組設計， 使得使用者能穩固地將顯示勞幕固持在所選擇的角度位 置’並且透過手指按壓觸碰顯示螢幕的觸控面板時，顯示榮 幕不會產生晃動的情形。 【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-個實施例的詳細說明中，將可清楚的呈 5 M417762 現。透過具體實施方式的說明，當可對本新型為達成預定目 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，並非用來對本新型加 以限制。 在本新型被詳細描述之前，要注意的是，在以下的說明 内容中’類似的元件是以相同的編號來表示。 如圖1及圖2所不’是本新型具有螢幕角度固持機構的 電子裝置的一實施例，電子裝置100包括一底座】、一顯示 螢幕2，及一螢幕角度固持機構3。在本實施例中，電子裝 置100是以筆記型電腦為例作說明，電子裝置1〇〇的底座工 為主機系統，顯示螢幕2為具有觸控功能的觸控式顯示螢 幕。當然’電子裝置100也可為桌上型顯示器。 如圖2、圖3及圖4所示，底座i形成有一樞接槽1〇, 底座1包括一基壁11，基壁U形成有一鄰近樞接槽1〇的 穿槽孔ill，及一與穿槽孔ηι連通的第一限位卡槽112。 顯示螢幕2包括一可轉動地樞接於樞接槽1〇内的樞轉殼件 21，樞轉殼件21包含一側壁211，側壁211形成有複數個 呈環狀排列且彼此相間隔的定位卡槽2丨2。螢幕角度固持機 構3包括一彈性固持件31及一擋止鈕33，彈性固持件η 包含一接合於基壁11内側的固定板3U、至少一彈性臂312 及一固持銷313。固定板3Π及固持銷313分別連接於彈性 臂312相反兩端，彈性臂312將固持銷313朝側壁方向 偏壓，固持銷313可脫離地卡掣於一選擇角度位置的定位卡 槽212❶擋止鈕33可活動地穿設於穿槽孔lu並與基壁u 6 M417762 . 相接合，擋止紐33可脫離地卡掣於第-限位卡槽112而〜 位在-擋止位置，在擋止位置時，擋止幻3擋止於固持^ 313朝向固定板311的一側，藉此，使得彈性固持件31的 固持銷313能穩固地卡掌於選擇角度位置的定位卡槽扣 以將顯示螢幕2固持在所選擇的角度位置。#使用者透過手 指按壓觸碰顯示螢幕2的—觸控面板2G時顯示螢幕 會產生晃動的情形。 ^下將針對電子裝置100的具體結構與操作方 詳細說明： 如圖2圖3及圖4所不，在本實施例中，底座j形成 有-個左右相間隔的樞接槽1G，顯示勞幕2包括二個左右 相間隔的樞轉殼件2卜各樞轉殼件21可轉動地樞接於各樞 接槽1〇内。基壁11形成有二個左右相間隔的穿槽孔1U， ^二個第-限位卡槽112，各穿槽孔⑴鄰近於各框接槽 1〇 ’且各第—限位卡槽U2與各穿槽孔111連通。螢幕角度 • 固持機構3包括二個彈性固持件31，及二個擋止鈕33心 彈，固持件31的固持銷313可脫離地卡擎於各樞轉殼件21 =广位卡槽212 β，各擋止紐33可活動地穿設於各穿槽孔 U1並與基壁11相接合，各擋止鈕33用以擋止於各彈性固 的固持銷313朝向固定板311的一側。需說明的是， 雖然本實施例的彈性固持件31及擋止鈕33的數量分別是以 2個為例作說明，但在料時，彈性IU持件31及擋止紐33 可各為一個’並不以本實施例所揭露的數量為限。 圖3圖4、圖5及圖6所示，底座1的基壁11包含 7 M417762 一内壁面110,及二個凸設於内壁面110的支撐框113，各 支撐框113鄰近於各樞轉殼件21的侧壁211，各支撐框113 用以支撐各彈性固持件31的固持銷313，各彈性固持件31 透過固定板311固定於基壁11的内壁面110，以及固持銷 313被支撐框113所支撐，藉此，使得各彈性固持件31能 穩固地接合於基壁11上而不會產生晃動或轉動的情形。在 本實施例中，各支撐框113呈U形，基壁11的内壁面110 與支撐框113之間形成有一供固持銷313穿伸的通孔114， 固持銷313能穿伸過通孔114並卡掣於梅轉殼件21的定位 卡槽212内。 各彈性固持件3 1的固定板311形成有二個前後相間隔 的熱熔孔314’基壁11還包含四個凸設於内壁面的熱 熔柱115,各熱熔柱115用以穿設於各熱熔孔314内。欲將 各彈性固持件31組裝在基壁11時，先將各彈性固持件31 的固持銷313穿伸於通孔114内，接著，將各熱熔柱115 穿設於各熱熔孔314内，透過熱熔方式對各熱熔柱115進行 熱熔，使得固化後的熱熔柱115能與固定板311固定接合在 起。當然，在設計上，基壁u與固定板311之間也可透 過螺鎖、卡合或鉚接等方式固定接合在一起。 各彈性固持件31的固持銷313包括一與固定板311相 間隔並可穿伸過通孔114的主臂315，主臂315沿前後方向 延伸並包含一朝向固定板3Π的内側面316,及一相反於内 側面316的外側面317。固持銷313還包括一銷柱318及二 個側臂319 ’銷;^ 318凸設於主臂315的外側面317並可卡 8 擎於定位卡槽212。二個側臂319分別由主臂315前後相反 端朝固定板311方向向外傾斜延伸，二個侧臂319呈外擴 狀’透過固持銷313的二個側臂319呈外擴狀的設計方式， 使得二個侧臂319能卡接在通孔ιΐ4内藉此，支撐框⑴ 紐制固持銷313相對於基壁u向前移動、或向後移動， 或疋向下移動’使得固持銷311的銷柱爪能穩固地保持在 卡拏於疋位卡槽212内的固持位置（如圖6所示）。 各彈性固持件31的彈性臂312連接在二個侧臂319其 中之與固疋板311之間，彈性臂312用以對固持銷313 朝側壁211方向偏壓，使得固持銷311的銷318能保持在 固持位置。另夕卜’彈性f 312還能提供固持銷3ιι的銷柱 318復位的彈力。進—步地，本實施例的彈性SI持件31包 含二個彈性臂312,各彈性f 312呈彎折狀並且連接於各側 # 319末端與固定板311，藉此，二個彈性臂犯能分 別對二個侧臂319偏壓，能提供固持銷313施力均句的彈 力’以避免施力不均勻的現象產生。 各穿槽孔111具有一貫穿至内壁面11〇的孔部116，及 -與孔部116相連通的槽部117,第一限位卡槽112與槽部 。相連通各擋止紐33包含一按壓板331、二個凸設於按 壓板3 31身面且刖後相間隔的扣鉤3 3 2，及一凸設於按壓板 331背面的擋止凸臂333，各扣鉤332用以卡扣於基壁η 的内壁面110,擋止凸臂333用以擋止於固持銷313之主臂 315的内側面316。將擋止鈕33的扣鉤332以及擋止凸臂 333穿過穿槽孔1U的孔部116，使扣鉤332卡扣於基壁η M417762 的内壁面110’以及擋止凸臂333位於固持銷313的二個侧 臂319之間，此時，擋止鈕33即組裝接合在基壁u上。 各穿槽孔111的孔部116及槽部117分別沿左右方向延 伸’擋止紐33的按壓板331及扣鉤332分別可滑動地滑接 於穿槽孔111的槽部117及孔部116，藉此，使用者可透過 推動擋止鈕33的按壓板331沿著槽部in的延伸方向滑 動’以帶動擋止凸臂333移動到擋止於主臂315的内侧面 316的播止位置。進一步地，本實施例的擋止凸臂333呈l 形並包括一穿過穿槽孔111的孔部U6的直立臂部334，及 一連接於直立臂部334底端的水平臂部335，透過擋止凸臂 333呈L形的設計，能避免擋止凸臂333在移動過程中受到 支撐框113的阻檔，使得檔止凸臂333的水平臂部；335能穿 伸入通孔114内並擋止於主臂315的内側面316。 按壓板331包括一位於侧邊的卡掣彈臂，卡掣彈臂 336具有一用以卡掣於第一限位卡槽丨12並且呈圓弧狀的凸 部337,透過卡掣彈臂336的凸部337卡掣於第一限位卡槽 112内，使得擋止紐33能定位在擋止凸臂333的水平臂部 335擋止於主臂315的内側面316的檔止位置。欲將擋止鈕 33移離擋止位置時，使用者可透過按壓按壓板331以帶動 擋止凸臂333移動，當卡掣彈臂336的凸部337受到阻擋而 被壓迫時，卡掣彈臂336會内縮至長形穿孔338内，使得卡 掣彈臂336的凸部337能脫離第一限位卡槽112，以便使用 者能順利地將擋止紐3 3移離擋止位置。 如圖6、圖7及圖8所示，基壁n還形成有一與穿槽 10With the above technical means, the advantages and functions of the electronic device with the screen angle holding mechanism are that the elastic retaining member and the supporting group design enable the user to firmly hold the display screen at the selected angular position. 'When the touch panel of the display screen is touched by a finger, the display of the honor screen does not cause a shake. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will become apparent in the following detailed description of the embodiments with reference to the drawings. Through the description of the specific embodiments, the technical means and functions adopted by the present invention for achieving the intended purpose can be more deeply and specifically understood. However, the drawings are only for reference and explanation, and are not intended to limit the present invention. . Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. 1 and 2 are an embodiment of the electronic device having a screen angle holding mechanism. The electronic device 100 includes a base, a display screen 2, and a screen angle holding mechanism 3. In the embodiment, the electronic device 100 is described by taking a notebook computer as an example. The base of the electronic device 1 is a host system, and the display screen 2 is a touch display screen with a touch function. Of course, the electronic device 100 can also be a desktop display. As shown in FIG. 2, FIG. 3 and FIG. 4, the base i is formed with a pivoting slot 1 , the base 1 includes a base wall 11 , and the base wall U is formed with a slot ill adjacent to the pivoting slot 1 , and a The first limit card slot 112 is connected to the slot ηι. The display screen 2 includes a pivoting shell member 21 rotatably pivotally connected to the pivoting slot 1 . The pivoting shell member 21 includes a side wall 211 formed with a plurality of annular arrays spaced apart from each other. The card slot is 2丨2. The screen holding mechanism 3 includes an elastic holding member 31 and a stopping button 33. The elastic holding member η includes a fixing plate 3U coupled to the inner side of the base wall 11, at least one elastic arm 312 and a holding pin 313. The fixing plate 3Π and the holding pin 313 are respectively connected to opposite ends of the elastic arm 312. The elastic arm 312 biases the holding pin 313 toward the side wall direction, and the holding pin 313 can be disengaged from the positioning card slot 212 at a selected angular position. The button 33 is movably disposed through the slot hole lu and engaged with the base wall u 6 M417762 . The stop button 33 is detachably latched to the first limit slot 112 and is located at the -stop position. When the position is blocked, the stop 3 stops at the side of the holding plate 313 facing the fixing plate 311, whereby the holding pin 313 of the elastic holding member 31 can firmly hold the positioning card slot of the selected angular position. The display screen 2 is held at the selected angular position. #Users press the touch panel 2G when the touch panel is touched by the finger to display the screen. The details of the structure and operation of the electronic device 100 will be described in detail. As shown in FIG. 2 and FIG. 4, in the embodiment, the base j is formed with a plurality of pivoting slots 1G spaced apart from each other. The curtain 2 includes two pivoting shell members 2 spaced apart from each other. The pivoting shell members 21 are rotatably pivotally connected to the pivoting slots 1A. The base wall 11 is formed with two left and right spaced through slots 1U, ^ two first-limit slot slots 112, each through slot (1) adjacent to each of the frame slots 1' and each of the first limit slots U2 It is in communication with each of the through holes 111. The screen angle of the holding mechanism 3 includes two elastic holding members 31 and two stopping buttons 33, and the holding pins 313 of the holding member 31 are detachably latched on the respective pivoting shell members 21 = the wide-position card slot 212 β Each of the stoppers 33 is movably disposed in each of the through holes U1 and is engaged with the base wall 11. Each of the stoppers 33 is configured to block the elastic fixing pin 313 toward the side of the fixing plate 311. It should be noted that although the number of the elastic holding member 31 and the stopping button 33 of the present embodiment is respectively exemplified, the elastic IU holding member 31 and the blocking button 33 may each be one during the feeding. 'Not limited to the number disclosed in this embodiment. As shown in FIG. 3, FIG. 5 and FIG. 6, the base wall 11 of the base 1 includes a 7 M417762 inner wall surface 110 and two support frames 113 protruding from the inner wall surface 110. Each support frame 113 is adjacent to each pivot. The support member 113 supports the retaining pins 313 of the elastic retaining members 31. The elastic retaining members 31 are fixed to the inner wall surface 110 of the base wall 11 through the fixing plate 311, and the retaining pins 313 are supported. The frame 113 is supported, whereby the elastic holding members 31 can be firmly joined to the base wall 11 without swaying or rotating. In this embodiment, each of the support frames 113 is U-shaped. A through hole 114 is formed between the inner wall surface 110 of the base wall 11 and the support frame 113 for extending the retaining pin 313. The retaining pin 313 can pass through the through hole 114. The card is inserted into the positioning slot 212 of the plum shell member 21. The fixing plate 311 of each elastic holding member 31 is formed with two heat-dissipating holes 314 which are spaced apart from each other. The base wall 11 further includes four heat-melting columns 115 protruding from the inner wall surface, and the heat-melting columns 115 are used for piercing. In each of the hot melt holes 314. When the elastic retaining members 31 are assembled to the base wall 11, the retaining pins 313 of the elastic retaining members 31 are firstly inserted into the through holes 114. Then, the heat-melting columns 115 are inserted into the respective hot-melt holes 314. Each of the heat-melting columns 115 is thermally fused by a hot melt method so that the cured heat-melt columns 115 can be fixedly joined to the fixed plate 311. Of course, in the design, the base wall u and the fixing plate 311 can also be fixedly joined together by screwing, snapping or riveting. The holding pin 313 of each elastic retaining member 31 includes a main arm 315 spaced apart from the fixing plate 311 and extending through the through hole 114. The main arm 315 extends in the front-rear direction and includes an inner side surface 316 facing the fixing plate 3Π, and One is opposite to the outer side 317 of the inner side 316. The retaining pin 313 further includes a pin 318 and two side arms 319 ′ pins; the 318 protrudes from the outer side 317 of the main arm 315 and can be slid into the positioning slot 212. The two side arms 319 are respectively inclined outwardly from the front and rear opposite ends of the main arm 315 toward the fixing plate 311, and the two side arms 319 are outwardly expanded. The two side arms 319 passing through the holding pin 313 are outwardly expanded. So that the two side arms 319 can be engaged in the through hole ι 4, whereby the support frame (1) holding the holding pin 313 moves forward or backward relative to the base wall u, or moves downwards to make the pin 311 The pin claws can be securely held in a holding position in the clamping slot 212 (shown in Figure 6). The elastic arms 312 of the elastic retaining members 31 are connected between the two side arms 319 and the fixing plate 311. The elastic arms 312 are used to bias the holding pins 313 toward the side walls 211, so that the pins 318 of the holding pins 311 can be Keep in the holding position. In addition, the elastic f 312 can also provide an elastic force for the pin 318 of the holding pin 3 ι to be reset. Further, the elastic SI holder 31 of the present embodiment includes two elastic arms 312, each of which has a bent shape and is connected to the end of each side #319 and the fixing plate 311, whereby the two elastic arms are made The two side arms 319 can be biased separately, and the elastic force of the holding pin 313 can be provided to avoid the uneven force application. Each of the through holes 111 has a hole portion 116 penetrating into the inner wall surface 11b, and a groove portion 117 communicating with the hole portion 116, the first limiting card groove 112 and the groove portion. Each of the blocking links 33 includes a pressing plate 331 , two hooks 3 3 2 protruding from the front surface of the pressing plate 3 31 and spaced apart from each other, and a stopping convex arm protruding from the back surface of the pressing plate 331 333, each of the clasps 332 is configured to be fastened to the inner wall surface 110 of the base wall η, and the retaining arm 333 is configured to block the inner side surface 316 of the main arm 315 of the retaining pin 313. The hook 332 of the stop button 33 and the stop arm 333 are passed through the hole portion 116 of the through hole 1U, so that the hook 332 is fastened to the inner wall surface 110' of the base wall η M417762 and the stop arm 333 is fixed. Between the two side arms 319 of the pin 313, at this time, the stop button 33 is assembled and joined to the base wall u. The pressing portion 331 and the hook 332 of the hole portion 116 and the groove portion 117 of each of the through holes 111 respectively extending in the left-right direction are slidably slidably coupled to the groove portion 117 and the hole portion 116 of the through hole 111, respectively. Thereby, the user can slide the pressing plate 331 of the push button 33 along the extending direction of the groove portion in to move the blocking convex arm 333 to the stopping position of the inner side surface 316 of the main arm 315. . Further, the blocking convex arm 333 of the present embodiment has an l-shape and includes an upright arm portion 334 passing through the hole portion U6 of the through hole 111, and a horizontal arm portion 335 connected to the bottom end of the upright arm portion 334. The blocking convex arm 333 has an L-shaped design, so that the blocking convex arm 333 can be prevented from being blocked by the supporting frame 113 during the movement, so that the horizontal arm portion 335 of the stopping convex arm 333 can penetrate into the through hole 114. And blocking the inner side 316 of the main arm 315. The pressing plate 331 includes a latching arm on the side of the latching arm 336. The latching arm 336 has a convex portion 337 for engaging in the first limiting slot 12 and has an arc shape. The convex portion 337 is latched in the first limit card slot 112 such that the stop button 33 can be positioned at the stop position of the horizontal arm portion 335 of the stop cam 333 from the inner side surface 316 of the main arm 315. When the stop button 33 is to be moved away from the stop position, the user can push the stop plate 331 to move the stop arm 333, and when the convex portion 337 of the click arm 336 is blocked and pressed, the click ball The arm 336 will be retracted into the elongated perforation 338 so that the convex portion 337 of the latching arm 336 can be disengaged from the first limiting slot 112 so that the user can smoothly move the blocking button 3 3 away from the blocking position. As shown in FIG. 6, FIG. 7, and FIG. 8, the base wall n is also formed with a through slot 10
Mil 162 孔的槽部i17連通的第__ 118斑 w —限位卡槽川，第二限位卡槽 限位卡槽112相間隔，止# 3 336的凸部337卡掣 幻卞軍彈# 37卡掌於第二限位卡槽U8内時，擋止鈕33 疋位在-釋離位置’此時’擋止凸臂如的 與固持銷叩朝向以板311的—側相間隔，也就是水平臂5 部335與主臂315的内側面316相間隔。The __118 spot w of the slot 135 of the Mil 162 hole communicates with the limit card slot, and the second limit card slot limit card slot 112 is spaced apart, and the convex portion 337 of the #3 336 card 掣 掣 卞 卞 弹# When the palm rests in the second limit card slot U8, the stop button 33 is clamped in the -release position 'at this time', and the stop arm is spaced from the holding pin toward the side of the plate 311, That is, the horizontal arm 5 portion 335 is spaced from the inner side surface 316 of the main arm 315.
如圖9及圖10所示，當擒止紐％位在釋離位置的狀態 下，使用者可沿箭頭了方向或箭頭！反向旋轉顯示螢幕 以調整顯示螢幕2的觀看角度。在本實施例中，各彈性固持 件31的銷柱318具有-呈圓弧形的頭部32()，而各定位卡 槽212具有一呈圓弧狀並可供頭部320抵接的槽緣213,冬 使用者沿箭頭ί方向(或是沿箭頭！反向)旋轉顯示螢幕2: 過程中，it過頭# 320及槽、緣213呈圓弧狀的設計，使得鎖 柱318的頭部320受槽緣213所施予的側向分力帶動而能朝 向固定板311移動，並且能順暢地脫離目前位置的定位卡槽 212而抵接在樞轉殼件21的側壁211上。固持銷313朝= 固定板311移動的過程中，固持銷313的各侧臂319會壓縮 各彈性臂312以促使其彎折變形，使各彈性臂312蓄積復位 彈力。當顯示螢幕2的樞轉殼件21轉動到下一個定位卡槽 212(位在目前位置的定位卡槽212 一側）位置與鎖柱318的 頭部320對齊時，透過彈性臂312的復位彈力驅使鎖柱318 的頭部320復位到如圖6所示的位置並卡掣於該下一個定位 卡槽212内。 使用者在旋轉顯示螢幕2的過程中，固持銷313會持續 11 M417762 地往復伸縮使鎖柱318的頭部320卡掣於定位卡槽212内或 者是抵接在樞轉殼件21的侧壁211上，藉此，使用者會感 覺到鎖柱318的頭部320卡掣於定位卡槽212内所產生二頓 點感，以便使用者能藉此得知彈性固持件31的鎖柱318是 否是處在卡掣於定位卡槽212内的狀態。 如圖11、圖12及圖13所示，當鎖柱318的頭部32〇 卡掣於一如圖11所示的選擇角度位置的定位卡槽212時， 使用者可分別沿箭頭n、m(如圖12所示）方向按壓二個擋 止鈕33的按壓板331，在按壓按壓板331的過程中，卡掣 彈臂336的凸部337受到阻檔而被壓迫時，卡掣彈臂336 會内縮至長形穿孔338内使凸部337能順利地脫離第二限位 卡槽118，以便於擋止鈕33能沿著穿槽孔lu滑移。待擋 止紐33移動到凸部337與第一定位卡槽112對齊的位置 時，透過卡掣彈臂336的復位彈力驅使凸部337復位並卡掣 於第一定位卡槽112内，使得擋止鈕33定位在擋止位置。 此時，擋止凸臂333的水平臂部335穿伸入通孔114内並擋 止於固持銷313之主臂315的内側面3 16上，使得固持銷 313能穩固地卡掣於選擇角度位置的定位卡槽212内，以將 顯示螢幕2固持在所選擇的角度位置。當使用者透過手指按 壓觸碰顯示螢幕2的觸控面板20時，顯示螢幕2不會產生 晃動的情形。 歸納上述’本實施例的電子裝置100，藉由螢幕角度固 持機構3的彈性固持件31及擋止鈕33設計，使得使用者能 穩固地將顯示螢幕2固持在所選擇的角度位置，並且透過手 12 M417762 才曰按壓觸碰顯示螢幕2的觸控面板2〇時，顯示螢幕2不會 產生晃動的情形，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 限定本新型實施之範圍，即大凡依本新型申請專利範圍及新 型说明内容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是本新型具有螢幕角度固持機構的電子裝置的一 實施例的立體圖； 圖2是本新型具有螢幕角度固持機構的電子裝置的一 實施例的立體分解圖； 圖3是本新型具有螢幕角度固持機構的電子裝置的一 實施例的局部立體分解圖； 圖4是本新型具有螢幕角度固持機構的電子裝置的— 實施例的局部立體分解圖； 圖5是本新型具有螢幕角度固持機構的電子裝置的一 實施例的局部放大圖，圖中省略底座； 圖6是本新型具有螢幕角度固持機構的電子裝置的一 實施例的局部放大圖，說明擋止紐定位在釋離位置； 圖7是本新型具有螢幕角度固持機構的電子裝置的— 實施例的局部放大圖’說明凸部卡掣於第二限位卡槽； 圖8是本新型具有螢幕角度固持機構的電子裝置的_ 實施例的局部放大圖，圖中省略底座； 圖9是本新型具有螢幕角度固持機構的電子裝置的— 13 M417762 實施例的顯示螢幕的侧視放大圖，說明鎖柱的顇部卡掣於目 前位置的定位卡槽； 、 圖1〇是本新型具有螢幕角度固持機構的電子裝置的一 實施例的局部放大圖，說明銷桿的頭部抵接在樞轉殼件的側 壁； 圖11疋本新型具有螢幕角度固持機構的電子裝置的一 實施例的顯示螢幕的側視放大圖； 圖12是本新型具有螢幕角度固持機構的電子裝置的一 實施例的局部放大圖，說明凸部卡掣於第一限位卡槽；及 圖13本新型具有螢幕角度固持機構的電子裝置的一實 施例的局部放大圖’說明擋止鈕定位在擋止位置。 14 M417762As shown in Fig. 9 and Fig. 10, when the stop button is in the release position, the user can follow the direction of the arrow or the arrow! Rotate the display screen in reverse to adjust the viewing angle of the display screen 2. In this embodiment, the pin 318 of each elastic retaining member 31 has a circular arc-shaped head 32 (), and each of the positioning slots 212 has a circular arc shape and can be abutted by the head 320. Edge 213, the winter user rotates in the direction of the arrow ί (or along the arrow! reverse) to display the screen 2: In the process, it over-head # 320 and the groove, the edge 213 is arc-shaped design, so that the head of the lock column 318 The 320 is moved by the lateral component force applied by the groove edge 213 to move toward the fixing plate 311, and can smoothly abut the positioning card slot 212 of the current position to abut on the side wall 211 of the pivoting case member 21. During the movement of the holding pin 313 toward the fixed plate 311, the side arms 319 of the holding pin 313 compress the respective elastic arms 312 to cause them to be bent and deformed, so that the respective elastic arms 312 accumulate the reset elastic force. When the pivoting cover member 21 of the display screen 2 is rotated to the position of the next positioning slot 212 (on the side of the positioning slot 212 at the current position) and the head 320 of the locking post 318 is aligned, the returning elastic force transmitted through the elastic arm 312 The head 320 of the lock cylinder 318 is urged to return to the position shown in FIG. 6 and snapped into the next positioning slot 212. During the rotation of the display screen 2, the retaining pin 313 reciprocates and retracts at 11 M417762, so that the head 320 of the locking post 318 is caught in the positioning slot 212 or abuts against the side wall of the pivoting shell member 21. 211, whereby the user can feel the two points of the head 320 of the locking post 318 being caught in the positioning slot 212, so that the user can know whether the locking post 318 of the elastic holding member 31 is It is in a state in which the card is stuck in the positioning card slot 212. As shown in FIG. 11, FIG. 12 and FIG. 13, when the head 32 of the locking post 318 is snapped into a positioning slot 212 at a selected angular position as shown in FIG. 11, the user can respectively follow the arrows n, m. (As shown in FIG. 12), the pressing plate 331 of the two stoppers 33 is pressed in the direction, and the pressing portion 337 of the latching arm 336 is pressed and blocked when the pressing plate 331 is pressed, and the latching arm is pressed. The 336 is retracted into the elongated perforation 338 to allow the projection 337 to smoothly disengage from the second limit slot 118 so that the stop button 33 can slide along the slot. When the stop button 33 is moved to the position where the convex portion 337 is aligned with the first positioning slot 112, the reset elastic force of the latching arm 336 drives the protrusion 337 to be reset and locked in the first positioning slot 112, so that the blocking member 33 is moved. The stop button 33 is positioned at the stop position. At this time, the horizontal arm portion 335 of the blocking convex arm 333 penetrates into the through hole 114 and blocks on the inner side surface 316 of the main arm 315 of the holding pin 313, so that the holding pin 313 can be firmly stuck at the selected angle. The position of the positioning card slot 212 is such that the display screen 2 is held at the selected angular position. When the user touches the touch panel 20 of the display screen 2 by pressing a finger, the display screen 2 does not sway. The electronic device 100 of the present embodiment is designed by the elastic holding member 31 and the stop button 33 of the screen angle holding mechanism 3, so that the user can firmly hold the display screen 2 at the selected angular position and pass through When the hand 12 M417762 is pressed and touches the touch panel 2 of the display screen 2, the display screen 2 does not sway, and the object of the present invention can be achieved. However, the above descriptions are only examples of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent changes and modifications made by the novel patent application scope and the novel description contents are still It is within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an embodiment of an electronic device having a screen angle holding mechanism; FIG. 2 is an exploded perspective view of an embodiment of an electronic device having a screen angle holding mechanism; FIG. 4 is a partially exploded perspective view of an embodiment of an electronic device having a screen angle holding mechanism; FIG. 4 is a partial exploded perspective view of an electronic device having a screen angle holding mechanism; A partially enlarged view of an embodiment of an electronic device of a screen angle holding mechanism, the base is omitted; FIG. 6 is a partial enlarged view of an embodiment of the electronic device with a screen angle holding mechanism, illustrating the positioning of the blocking button Figure 7 is a partial enlarged view of the electronic device with the screen angle holding mechanism of the present invention. The convex portion is clamped to the second limit card slot. Figure 8 is the electronic device with the screen angle holding mechanism. A partial enlarged view of the embodiment of the device, the base is omitted; FIG. 9 is an electronic device with a screen angle holding mechanism - 13 M417762 The side view enlarged view of the display screen of the embodiment, illustrating the positioning of the locking post at the current position of the positioning card slot; Figure 1 is an implementation of the novel electronic device with a screen angle holding mechanism A partial enlarged view of the example, illustrating that the head of the pin abuts against the side wall of the pivoting case; FIG. 11 is a side elevational view of the display screen of an embodiment of the electronic device having the screen angle holding mechanism; Is a partial enlarged view of an embodiment of the electronic device with a screen angle holding mechanism, illustrating that the convex portion is clamped to the first limit card slot; and FIG. 13 is an embodiment of the electronic device having the screen angle holding mechanism A partial enlarged view 'illustrates that the stop button is positioned at the stop position. 14 M417762
【主要元件符號說明】 ( [本創作〕 31........ •彈性固持件 100 ……電子裝置 311…… •固定板 1 ··· .......底座 312…… •彈性臂 10 · .......框接槽 313…… •固持銷 11 · ……基壁 314…… •熱熔孔 110 .......内壁面 315....... •主臂 111 .......穿槽孔 316....... •内側面 112 .......第一限位卡槽 317....... •外侧面 113 .......支撐框 318....... •銷柱 114 .......通孔 319....... 側臂 115 .......熱溶柱 320 ....... •頭部 116 .......孔部 33......... •擔止钮 117 .......槽部 331 ······· 按壓板 118 .......第二限位卡槽 332 ....... 扣鉤 2 ··· .......顯示螢幕 333 ....... 擋止凸臂 20 · .......觸控面板 334 ....... 直立臂部 21 · .......柩轉殼件 335 ....... 水平臂部 211 .......側壁 336 ....... 卡掣彈臂 212 .......定位卡槽 337 ....... 凸部 213 .......槽緣 338 ....... 長形穿孔 3 .... ……螢幕角度固持機構 I、II、III· •箭頭 15[Explanation of main component symbols] ([This creation] 31........ • Elastic holder 100 ... Electronic device 311... • Fixing plate 1 ··· .......Base 312... • Elastic arm 10 · ....... Frame groove 313... • Holding pin 11 · ... base wall 314... • Hot melt hole 110 .... Inner wall surface 315..... .. • Main arm 111.......through slot 316....... • Inside side 112.......First limit card slot 317....... • Outer side 113 . . . support frame 318.. ... • pin 114 .... through hole 319....... side arm 115 ... .Hot-melting column 320 . . . • head 116 ....... hole portion 33..........loading button 117 .......groove portion 331 ······· Pressing plate 118.......Second limit card slot 332 ....... Clasp 2 ··· .......Display screen 333 ... .... stop arm 20 · ....... touch panel 334 .... upright arm 21 · ....... 柩 turn shell 335 ..... .. horizontal arm 211 . . . side wall 336 ....... cassette arm 212 .... positioning card slot 337 .... convex portion 213 .. ..... groove edge 338 ....... long perforation 3 .... ...... screen angle holding machine I, II, III · • arrow 15