M430812 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種應用於電子举晋 ^ <滑動/轉動 模組；特別是指一種滑動/轉動模組和一 、移動）機體 組合，在操作配合的作業中，使該機體具備有調傾 角度、移動、轉動和雙向收合等多種操作 瓜、’ 型者。 …技式作用之新 【先前技術】M430812 V. New description: [New technical field] This creation is about a combination of electronic lifting and sliding/rotating modules; especially a sliding/rotating module and a moving body. In the operation of the operation, the body is provided with a variety of operation melons, 'types, such as tilting angle, movement, rotation and two-way folding. ...the new role of technology [previous technology]
[0001] 應用因外力可往復移動或滑動自如的滑蓋系統來 配裝在電子器物上，例如行動電話、筆記型電腦統P D A、數位影像機、電子書等，使其滑蓋部件可運動而具 有開、閉作用，係已為習知技藝；例如，台灣第 9921 3473號「滑蓋組件及滑蓋式電子裝置 J 、及第 961Ϊ 1996號「滑動模組及應用其之可攜式電子裝置」等 專利案，係提供了典型的實施例。 習知技藝也已揭示了一種使螢幕系統可調整傾斜角 度的結構；例如，第95127242號「可調整機體傾斜角度 之可攜式電子裝置及其裝置底座」專利案，係提供了一 個可行的實施例。該技藝係在螢幕和主機體之間設置有 一包含鉸鏈裝置的支撐機構，使螢幕可轉動自如；因此 ’依據不同的操作環境或使用需求，支撐機構可支持螢 幕在主機體上形成多種傾斜角度，或平放在主機體上面 ，供操作者使用。也就是說，這實施例係提供了螢幕兩 種操作模式：支撐操作模式和平放（或平躺）操作模式 10120168 产單·换號 A0101 第3頁/共26頁 1012004924-0 [0004]M430812 一個有關上述實施例在操作、運動和結構設計方面 的課題是，該實施例的結構設計無法使螢幕系統具備有 保護措施。也就是說，在螢幕系統處於未使用狀態時， 螢幕正面係曝露於外界或外部；這會使螢幕受損機會大 幅增加，特別是因應現階段的螢幕系統趨勢，已逐漸從 顯示螢幕發展成觸控式螢幕的情形，螢幕系統在未使用 狀態能獲得一個理想的保護措施，是特別被要求的。 [0005] 另一個有關上述實施例在操作、運動和結構設計方 面的課題是，該實施例單純藉由支撐機構樞接螢幕的結 構，使螢幕的翻轉控制不易。這是因為，假設支撐機構 組合的轉軸的扭力設定太大，會造成螢幕翻轉變得比較 困難；使用者必須施加很大的操作力，才能操作螢幕轉 動。假設支撐機構組合的轉軸的扭力設定太小，又會使 螢幕的定位效果降低，而容易讓螢幕因定位不確實，發 生意外損傷的情形。 [0006] 另一個有關上述實施例操作使用的情形是，當支撐 機構支持螢幕形成傾斜角度，提供使用螢幕觸控功能時 ，容易因上述螢幕定位不確實，造成使用上的困難。上 述說明也反映出，為了使螢幕系統同時獲得比較理想的 操作和固定作用，習知技藝在組裝配合上是比較麻煩的 ，而使製造、加工作業的成本提高；而這種情形並不是 我們所期望的。 [0007] 代表性的來說，這些參考資料顯示了在有關螢幕/滑 蓋系統、滑動模組或其相關結合組件在使用和結構設計 方面的情形。如果重行設計考量該螢幕系統和相關組件 1001681^單编號 A〇101 第4頁/共26頁 1012004924-0 M430812 結構，以及上述的應用情形，使其不同於習用者，將可 改變它的使用型態，增加它的應用範圍等手段，而有別 於舊法；實質上，不僅可改善習知結構的螢幕系統受損 的情形，同時也會增加它在操作運動方面的操作模式、 穩定性和降低生產、組裝成本等情形。而這些課題在上 述的參考資料中均未被具體教示或揭露。 【新型内容】 [0008] 爰是，本創作之主要目的即在於提供一種可執行多 種操作模式之電子裝置之滑動/轉動模組；該滑動/轉 動模組係包括一轉向臂和一設置在一第一、二機體之間 的滑動座。該轉向臂係具有一第一端和一第二端，分別 樞接在該第一機體和第二機體上。並且，該第二端係可 響應上述第一機體或滑動座的運動，而在一限制部内轉 動和位移；以提供一具備有移動、轉動、雙向收合、和 調整傾斜角度，而改變第一機體之觀視角度等作用之結 構。 .[0001] The application is applied to an electronic device by a reciprocating or sliding sliding system, such as a mobile phone, a laptop PDA, a digital video camera, an e-book, etc., so that the slider member can be moved. It is a well-known technique for opening and closing functions; for example, Taiwan's No. 9921 3473 "Slide Cap and Slide Type Electronic Devices J, and No. 961, 1996" "Sliding Modules and Portable Electronic Devices Using the Same The patent case provides a typical embodiment. The prior art also discloses a structure for adjusting the tilt angle of the screen system; for example, Patent No. 95127242 "Portable electronic device with adjustable tilt angle of the body and its device base" provides a feasible implementation. example. The technology is provided with a support mechanism including a hinge device between the screen and the main body, so that the screen can be rotated freely; therefore, the support mechanism can support the screen to form a plurality of tilt angles on the main body according to different operating environments or usage requirements. Or flat on the main body for the operator to use. That is to say, this embodiment provides two operating modes of the screen: support operation mode and flat (or lying) operation mode 10120168 production order, change number A0101, page 3 / total 26 pages 1012004924-0 [0004] M430812 one A problem with the above embodiments in terms of operation, motion, and structural design is that the structural design of this embodiment does not provide protection for the screen system. That is to say, when the screen system is not in use, the front of the screen is exposed to the outside or the outside; this will greatly increase the chance of damage to the screen, especially in response to the current trend of the screen system, which has gradually evolved from display screen to touch. In the case of a screen, the screen system can be obtained in an unused state, which is particularly desirable. Another problem associated with the above embodiments in terms of operation, motion, and structural design is that the embodiment simply pivots the screen structure by the support mechanism to make the flip control of the screen difficult. This is because, assuming that the torque setting of the rotating shaft of the combination of the supporting mechanism is too large, it becomes difficult to turn the screen over; the user must apply a large operating force to operate the screen. It is assumed that the torque setting of the rotating shaft of the combination of the supporting mechanism is too small, and the positioning effect of the screen is lowered, and the screen may be accidentally damaged due to the inaccurate positioning. Another aspect of the operation of the above embodiment is that when the support mechanism supports the screen to form an oblique angle and provides the use of the screen touch function, it is easy to cause difficulty in use due to the inaccurate positioning of the above screen. The above description also reflects that in order to achieve a relatively ideal operation and fixation of the screen system at the same time, the conventional technique is cumbersome in assembly and assembly, and the cost of manufacturing and processing operations is increased; and this situation is not ours. Expected. [0007] Representatively, these references show the use and structural design of the screen/sliding system, the sliding module, or its associated assembly. If the redesigned design considers the screen system and related components 1001681^single number A〇101 4th/26 pages 1012004924-0 M430812 structure, and the above application scenarios, making it different from the user, it can change its use. The type, the scope of its application, and the like, and different from the old method; in essence, not only can improve the damage of the screen system of the conventional structure, but also increase its operation mode and stability in the operation movement. And reduce production, assembly costs and other situations. None of these topics have been specifically taught or disclosed in the above references. [New Content] [0008] The main purpose of the present invention is to provide a sliding/rotating module for an electronic device that can perform multiple operating modes; the sliding/rotating module includes a steering arm and a set A sliding seat between the first and second bodies. The steering arm has a first end and a second end, respectively pivoted on the first body and the second body. And the second end portion is rotatable and displaceable in a restricting portion in response to the movement of the first body or the sliding seat; to provide a movement, a rotation, a two-way folding, and an adjustment of the tilt angle, and the first change The structure of the body's viewing angle and the like. .
[0009] 根據本創作可執行多種操作模式之電子裝置之滑動 /轉動模組，該滑動座係移動自如的設置在該第二機體 之一執道上；以及，該滑動座係包括有一樞接部，樞接 該第一機體。因此，滑動座係容許該第一機體以樞接部 為支點，產生轉動運動，或使第一機體蓋合在該第二機 體上面，使第一機體的正面不會曝露於外部，獲得一個 確實的保護措施；以及，配合該轉向臂，滑動座也使該 第一機體可在第二機體上滑動自如，形成一個類似滑蓋 系統的作用。 10120168^^^^ A〇101 第5頁/共26頁 1012004924-0 M430812 [0010] 對於本創作所具有之新穎性、特點，及其他目的與 功效，將在下文中配合所附圖式的詳加說明，而趨於了 解；如圖所示： [0011] 【實施方式】 請參閱第1、2圖，本創作可執行多種操作模式之 電子裝置之滑動/轉動模組係包括轉向臂，概以參考 編號10表示之。轉向臂！0係選擇—具有幾何形輪廊 的板件型態；具有-第-端11ίπ—第二端12。該第 -端1 1係和-第-機體i 0◦樞接；該第二端i 2係 和-第—機體2GG拖接。在所採的實施例中，該第一 機體1 OG係選擇-螢幕系統為說明實施例，定義有一 螢幕正面1 0 1和-螢幕背面1 〇 2 ;該第二機體2 〇 〇係選擇-電子主機或固定機體為說明實施例，具有一 操作區2 Ο 1 » [0012] 1012_产單编號A〇101 弟1圖也顯示了該第-機體100的螢幕背面] 2係形成古一凹室1〇4、1〇6;凹室1〇4 ] 6的輪廓和形狀係相同於該轉向臂丄〇的輪廓，使幸 臂ίο可被收容在該凹室1〇4或1〇6裏面n 顯不了該第—機體10G的螢幕背面1Q2係設置琴 轴接部103，位在該凹室1〇4和1〇6之間拜 :接該轉向臂10的第-端11。因此，第一機體! 笛和轉向臂第—端11係形成相對轉動自如的型態。 =體200係設置有一限制部2〇2，極剩 ㈣二第二端12 ;並且，轉向臂第二端12<" 限制。P 2 〇 2裏面轉動和（上、 卜J移動。 第6頁/共26頁[0009] According to the present invention, a sliding/rotating module of an electronic device capable of performing a plurality of operation modes, the sliding seat is movably disposed on one of the second body; and the sliding seat includes a pivoting portion , pivoting the first body. Therefore, the sliding seat allows the first body to pivot with the pivoting portion, or the first body is covered on the second body, so that the front surface of the first body is not exposed to the outside, and a true The protective measure; and, in conjunction with the steering arm, the sliding seat also allows the first body to slide freely on the second body to form a slide-like system. 10120168^^^^ A〇101 Page 5 of 261012004924-0 M430812 [0010] For the novelty, characteristics, and other purposes and effects of this creation, the following is a detailed description of the drawings. Description, and tend to understand; as shown in the figure: [Embodiment] Please refer to Figures 1 and 2, the sliding/rotating module of the electronic device capable of performing various operation modes includes a steering arm, Reference numeral 10 indicates this. Steering arm! 0 Series selection - a plate type with a geometrical porch; with a -th end 11 ίπ - a second end 12. The first end 1 1 is pivoted to the first body i 0 ;; the second end i 2 is dragged with the - body 2GG. In the embodiment taken, the first body 1 OG system selection-screen system is an illustrative embodiment, defining a screen front 1 0 1 and a screen back 1 〇 2; the second body 2 选择 selection-electronic The main body or the fixed body is an illustrative embodiment, and has an operation area 2 Ο 1 » [0012] 1012_Product No. A 〇 101 1 1 also shows the back of the screen of the first body 100] 2 series forming a concave The chamber 1〇4, 1〇6; the contour and shape of the recess 1〇4] 6 are the same as the contour of the steering arm ,, so that the lucky arm ίο can be accommodated in the recess 1〇4 or 1〇6 n It is shown that the screen back surface 1Q2 of the first body 10G is provided with a piano shaft connecting portion 103 located between the recesses 1〇4 and 1〇6: the first end 11 of the steering arm 10 is connected. Therefore, the first body! The flute and the first end 11 of the steering arm form a relatively rotatable type. The body 200 is provided with a restriction portion 2〇2, with a minimum of (four) two second ends 12; and a second end of the steering arm 12<" P 2 〇 2 inside and rotate (Up, Bu J moves. Page 6 of 26
1012004924-0 [0013] [0013] [0014] [0015]101994924-0 [0013] [0015] [0015]
[0016] 101201681^^^^ 具體來說’轉向臂第二端1 2係包含有一延伸區1 〇 ’和轉向臂1 〇形成垂直連接的型態；限制部2 0 2 係肜成一趨近橢圓形輪廓的型態，配合一固定器2 0 ( 例如’軸或銷等）樞接轉向臂第二端1 2和限制部2 〇 2。 請再參考第1圖，該第一機體2 〇 〇也包含有一樞 接部10 5，樞接一滑動座3〇 ;相對第一機體1〇〇 的樞接部1 0 5，該滑動座3 〇係包括有一樞接部3工 ’與該第-機體1 〇 〇㈣。因此，滑動座3 〇係容許 該第一機體1 〇 〇以柩接部1 0 5及/或樞接部3 〇為 支點’產生轉動運動，或使第—機體丄Q ◦蓋合在該第 二機體2 0 0上面’使第—機體丄〇 〇的螢幕正面i 〇 1不會曝露於外部，獲得一個確實的保護措施（此部分 在下文中還會予以敘述）。 第1圖也描繪了該滑動座3 〇係移動自如的設置在 該第二機體2 0 〇之-軌道2 〇 3上。在所採的實_ 中’該轨道2◦3係形成-類似η形斷面（或輪廟）的 型態，設置在第二機體2 〇 〇兩邊的位置；轨道2 〇 3 上配裝有一形成類似门形斷面的滑動器4 〇。該滑動座 3 0係設在滑動器4 〇上。因此，滑動座3 〇係帶動滑 動器4 0在軌道2 0 3上形成移動自如的 3 0 (配合該轉向臂1 〇)也使該第一機體} 〇 〇可在 第一機體2 0 0上滑動自如，形成—個類似滑蓋系統的 作用。 請參閱第2、3圖，係描繪了該第—機體丄〇 〇被 A0101 第7頁/共26頁 1012004924-0 M430812 轉向臂1 0和滑動座3 0支撐在第二機體2 Ο 0上，而 形成一傾斜角度供使用者觀視和操作（觸控）使用的情 形。圖中顯示了該滑動座30的位置係被假設位在轨道 2 0 3的運動始點。 [0017] 第2、3圖顯示出該第一機體10 0形成傾斜角度 供使用者觀視和操作使用的情形，係具備有下列二個考 量： .[0016] 101201681^^^^ Specifically, the second end of the steering arm 12 includes a type of extension 1 〇' and the steering arm 1 〇 form a vertical connection; the restriction 2 0 2 is a close ellipse The profile of the profile is pivoted to the second end 12 of the steering arm and the restriction 2 配合2 in conjunction with a holder 20 (eg, a shaft or pin, etc.). Referring to FIG. 1 again, the first body 2 〇〇 also includes a pivoting portion 10 5 pivotally connected to a sliding seat 3 〇; the sliding seat 3 is opposite to the pivoting portion 1 0 5 of the first body 1 〇〇 The tethering system includes a pivoting portion 3' and the first body 1 (4). Therefore, the sliding base 3 allows the first body 1 to generate a rotational motion with the splicing portion 1 0 5 and/or the pivoting portion 3 〇 as a fulcrum, or to cover the first body 丄Q 在The second body of the body 200' above the front side of the screen of the first body is not exposed to the outside, and a definite protection measure is obtained (this part will be described later). Fig. 1 also depicts that the slider 3 is movably disposed on the second body 20 - track 2 〇 3. In the real _ in the 'the track 2 ◦ 3 system formed - similar to the shape of the n-shaped section (or wheel temple), set on the two sides of the second body 2 ;; rail 2 〇 3 is equipped with a A slider 4 类似 similar to a gate-shaped section is formed. The slider 30 is attached to the slider 4A. Therefore, the sliding seat 3 lining the slider 40 to form a freely movable 3 0 on the rail 2 0 3 (to cooperate with the steering arm 1 〇) also enables the first body to be on the first body 200 Sliding freely, forming a function similar to the slide system. Referring to Figures 2 and 3, it is depicted that the first body is supported on the second body 2 Ο 0 by the A0101 page 7/26 pages 1012004924-0 M430812 steering arm 10 and the sliding seat 30. A tilt angle is formed for the user to view and operate (touch) use. The figure shows that the position of the slider 30 is assumed to be at the starting point of the motion of the track 2 0 3 . [0017] Figures 2 and 3 show the situation in which the first body 10 is inclined for the user to view and operate, and has the following two considerations:
[0018] 1. 第一機體樞接部1 0 5和滑動座樞接部3 1的樞接 扭力設定，係可使第一機體1 0 0在任一傾斜角度 獲得穩定的定位或支持作用。 2. 該轉向臂第一端11係樞接在第一機體1 〇 〇的軸 接部1 0 3上，使轉向臂1 0形成另一支持機制， 來輔助第一機體1 0 0的定位。 因此，第一機體1 0 0至少獲得二個支撐機制；其 樞接部1 0 5和滑動座樞接部3 1的樞接扭力設定，不 用如舊法須經專業人員調整到精準的程度，提高配裝作 業成本。也就是說，在本創作所採的實施例中，係容許 第一機體樞接部105和滑動座樞接部31的樞接扭力 設定具有較大的誤差範圍；這會讓配裝作業變得更簡易 便捷。 [0019] 第3圖也顯示了第一機體100的傾斜角度係使該 轉向臂1 0的延伸區1 3和轉向臂1 0連接的部分形成 一支點或支持作用，輔助轉向臂1 0支持該第一機體1 0 0° 101201681^單编號 Α〇101 第8頁/共26頁 1012004924-0 M430812 [0020] 請參考第4圖’當使用者施力推動或拉動第一機體 1 0 0時，係使滑動座3 0和滑動器4 〇沿第二機體2 0 0的執道2 0 3移動；同時，也迫使該轉向臂1 〇以 第二端1 2為支點產生轉動；例如，第4圖箭頭部分所 描繪的情形。 [0021] 第5圖顯示了在滑動座3 0移動到圖中位置時，轉 向臂10轉動，並且第二端i 2會沿著限制部2 〇 2朝 圖中上方的方向位移。請參閱第5、6及7圖，當外力 持續使第一機體1 〇 〇滑動時，也包括了下列的狀態： [0022] 1·響應該第_機體1 〇 〇的位移運動，轉向臂第一端 1 1和第一機體軸接部1 0 3係相對轉動。 2.轉向臂第二端i 2以固定器2〇為支點，在限制部 2 0 2裏面產生轉動運動。 3·第7圖顯示了滑動座30移動到圖中的位置時，滑 動座3 0和轉向臂第二端^ 2的距離，及第一機體 1 〇 0的傾斜角度係迫使轉向臂第二端工2朝圖中 下方移動 4.該第一機體1〇 〇的傾斜角度持續改變，配合滑動 座樞接部3 1、第一機體樞接部1 〇 5、和轉向臂 1 0的支撐機制；第一機體1 0 0係可獲得定位作 用，供使用者操作觸控使用。 明參考第8、9圖，係描繪了該滑動座3 〇移動到 轨道2 0 3終點 第一機體1 〇 〇平放在第二機體2 〇 0上的情形。 螢幕背面1 〇 10·^單編號A0101 此時’該轉向臂10係收容在該第一機體 2的凹室106裏面。可了解的是，第8 第9頁/共26頁 1012004924-0 M430812 、9圖顯示了這電子裝置形成收合的型態，而方便於使 用者攜帶。同時，它也可提供使用者操作觸控使用。 第1 0〜1 3圖係描繪了使用者操作第一機體1 〇 0蓋合在第二機體2 〇〇上，使第一機體^ 的螢幕 正面1 01獲得保護措施的情形。 請參閱第1 〇圖，當使用者施力使第一機體i 〇 〇 朝第二機體2 00蓋合時，第一機體j 〇〇係以枢接部 10 5和滑動座樞接部3 1為支點產生轉動。響應上述 第一機體1 〇 〇的轉動運動，轉向臂第一端11和第一 機體轴接部1 〇 3係相對轉動；同時，轉向臂第二端1 2係以固定器2 〇為支點，在限制部2 〇 2裏面轉動。 第11、12圖描繪了該第一機體1〇〇的傾斜角 度係迫使轉向臂第二端12朝圖中上方位移。第12圖 特別顯示了該轉向臂第二端i 2係位移到限制部2 〇 2 的上端。當第一機體1 〇 〇從第1 2圖的位置轉動到第 1 3圖的位置時，配合該第一機體j 〇 〇轉動位置的變 化，轉向臂第二端丄2又朝圖中下方位移。當第一機體 1 〇 〇如第1 3、14圖所描繪的蓋合在第二機體2 〇 0上時，轉向臂1〇係收容在該第一機體螢幕背面丄〇 2的凹室1 〇4裏面，形成蓋合型態。可了解的是第 1 4圖特別描繪了該第一機體i 〇 〇的螢幕正面i 〇工 係獲得了確實的保護作用：像習知螢幕曝露於外部使 文損機會大幅增加的情形，係獲得了明顯的改善。 [〇〇26] 須加以說明的是，相較於習知技藝而言，上述第一 __單編號If10 0的操作=同8^滑動座3 〇和轉向臂i 1012004924-0 M430812 0的支撐，使第一機體100的操作和運動變得更穩定 和理想；像舊法中因螢幕僅被一支撐機構支持，造成螢 幕運動或收合的自由度太大，容易產生擺動、受損的情 形，係獲得明顯的改善。 [0027] 代表性的來說，這可執行多種操作模式之電子裝置 之滑動/轉動模組在具備有輔助第一機體1 0 0操作運 動的條件下，相較於舊法而言，係具有下列的考量條件 和優點： [0028] 1.該滑動/轉動模组、第一、二機體或其相關結合組 件在結構設計和組織關係係已被重行設計考量*使 其不同於習用者；並且，也改變了它的使用型態和 應用範圍，而有別於舊法。 2. 該滑動/轉動模組可依據不同的操作環境或使用需 求，使轉向臂1 0和滑動座3 0同時提供第一機體 1 0 0獲得理想的支撐機制，來支持第一機體1 0 0在第二機體2 0 0上形成多種傾斜角度，或平放 在第二機體2 0 0上面等多種操作模式，供操作者 使用。它也容許使用者直接操作第一機體1 0 0蓋 合在第二機體2 0 0上面，使螢幕正面1 Ο 1獲得 理想的保護作用。 3. 該滑動座3 0和第一機體樞接部1 0 5、及轉向臂 第一、二端1 1、1 2和第一機體軸接部1 0 3、 第二機體限制部2 0 2的配合結構，係改善了舊法 中轉軸扭力設定麻煩、增加配裝成本和螢幕操作、 翻轉運動控制不易，或因螢幕定位不確實，發生意 麵刪^單編號Α0101 1012004924-0 第11頁/共26頁 M430812 外損傷等情形。 4.該滑動座3 0和第一機體樞接部1 0 5、及轉向臂 第一、二端1 1、1 2和第一機體軸接部1 0 3、 第二機體限制部2 0 2的配合結構，係提供了第一 機體1 0 0具有穩定的支撐定位機制；像習知技藝 螢幕形成傾斜角度，提供使用螢幕觸控功能時，容 易因定位不確實，造成使用上困難的情形，也獲得 明顯的改善。 故，本創作係提供了一有效的可執行多種操作模式 之電子裝置之滑動/轉動模組，其空間型態係不同於習 知者，且具有舊法中無法比擬之優點，係展現了相當大 的進步，誠已充份符合新型專利之要件。 [0029] 惟，以上所述者，僅為本創作之可行實施例而已， 並非用來限定本創作實施之範圍，即凡依本創作申請專 利範圍所作之均等變化與修飾，皆為本創作專利範圍所 含蓋。 【圖式簡單說明】 / [0030] 第1圖係本創作之結構分解示意圖。 [0031] 第2圖係本創作之結構組合示意圖；係顯示了第一機體 形成一傾斜角度供使者操作的情形。 [0032] 第3圖係第2圖之平面示意圖；係描繪了滑動座位在轨 道始點和轉向臂支持第一機體的相關位置情形。 [0033] 第4圖係本創作之一操作實施例示意圖；圖中箭頭部份 係顯示了轉向臂和滑動座的運動情形。 101201681^單编號 A〇101 第12頁/共26頁 1012004924-0 M430812 [0034] 第5圖係本創作之s 作之另一刼作實施例示意圖；係描繪了轉 向臂第二端在限制部裏面的運動情形。 [0035] 第6圖係本創作之χ & a i 劓作之又一知作實施例示意圖；係顯示了第 一機體、轉向臂和滑動觸運動情形。 剛第7®#本創作之再-操作實施麻意圖；軸示了第 一機體、轉向臂和滑動座的運動情形。 [0037][0018] 1. The pivotal torque setting of the first body pivoting portion 105 and the sliding seat pivoting portion 3 1 enables the first body 1000 to obtain stable positioning or support at any tilt angle. 2. The first end 11 of the steering arm is pivotally connected to the shaft portion 110 of the first body 1 ,, so that the steering arm 10 forms another supporting mechanism to assist the positioning of the first body 100. Therefore, the first body 1000 obtains at least two supporting mechanisms; the pivoting torque setting of the pivoting portion 105 and the sliding seat pivoting portion 31 is not required to be adjusted to a precise degree by a professional. Increase the cost of assembly operations. That is to say, in the embodiment taken in the present invention, the pivoting torque setting of the first body pivoting portion 105 and the sliding seat pivoting portion 31 is allowed to have a large error range; this will make the fitting work more complicated. Easy and convenient. [0019] FIG. 3 also shows that the tilt angle of the first body 100 forms a point or support for the portion of the extension of the steering arm 10 that is connected to the steering arm 10, and the auxiliary steering arm 10 supports the The first body 1 0 0° 101201681^Single number Α〇101 Page 8 / Total 26 pages 1012004924-0 M430812 [0020] Please refer to Figure 4 'When the user pushes or pulls the first body 1 0 0 , the sliding seat 30 and the slider 4 移动 are moved along the trajectory 2 0 3 of the second body 200; at the same time, the steering arm 1 迫使 is also forced to rotate with the second end 12 as a fulcrum; for example, 4 The situation depicted in the arrow section. [0021] Fig. 5 shows that when the slide base 30 is moved to the position in the figure, the turning arm 10 is rotated, and the second end i 2 is displaced along the restricting portion 2 〇 2 in the upward direction in the drawing. Referring to Figures 5, 6 and 7, when the external force continues to slide the first body 1 ,, the following states are also included: [0022] 1. In response to the displacement movement of the _body 1 ,, the steering arm The one end 1 1 and the first body shaft joint 1 0 3 are relatively rotated. 2. The second end i 2 of the steering arm is pivoted by the holder 2〇, and a rotational motion is generated in the restricting portion 2 0 2 . 3. Figure 7 shows the distance between the sliding seat 30 and the second end of the steering arm 2 when the sliding seat 30 is moved to the position in the figure, and the inclination angle of the first body 1 〇 0 forcing the second end of the steering arm Moving 2 moves downward in the figure. 4. The inclination angle of the first body 1〇〇 is continuously changed, and the supporting mechanism of the sliding seat pivoting portion 31, the first body pivoting portion 1〇5, and the steering arm 10; The first body 1000 can obtain a positioning function for the user to operate the touch. Referring to Figures 8 and 9, it is depicted that the sliding seat 3 〇 moves to the end of the track 2 0 3 and the first body 1 〇 is placed flat on the second body 2 〇 0. On the back of the screen 1 〇 10·^ single number A0101 At this time, the steering arm 10 is housed in the recess 106 of the first body 2. It can be understood that the 8th, 9th, and 26th pages of the 1012004924-0 M430812 and 9 diagrams show that the electronic device forms a folded type, which is convenient for the user to carry. At the same time, it can also provide users with touch operation. The figures 1 0 to 1 3 depict the case where the user operates the first body 1 〇 0 to cover the second body 2 ,, so that the front side of the screen of the first body ^ is protected. Referring to FIG. 1 , when the user applies force to cover the first body i 〇〇 toward the second body 200 , the first body j is pivoted with the pivoting portion 10 5 and the sliding seat pivoting portion 3 1 . Rotate for the fulcrum. In response to the rotational movement of the first body 1 上述, the first end 11 of the steering arm and the first body shaft joint 1 〇 3 are relatively rotated; meanwhile, the second end 12 of the steering arm is fixed by the holder 2 ,. Rotate inside the restriction portion 2 〇2. Figures 11 and 12 depict the tilt angle of the first body 1 迫使 forcing the second end 12 of the steering arm to be displaced upwardly in the figure. Fig. 12 specifically shows that the second end i 2 of the steering arm is displaced to the upper end of the restricting portion 2 〇 2 . When the first body 1 转动 is rotated from the position of FIG. 2 to the position of FIG. 3, the second end 转向2 of the steering arm is displaced downward in the figure in accordance with the change of the rotational position of the first body j 〇〇. . When the first body 1 is attached to the second body 2 〇 0 as depicted in FIGS. 1 and 14 , the steering arm 1 is received in the recess 1 of the back surface 丄〇 2 of the first body screen. 4 inside, forming a cover type. It can be understood that the first picture shows that the front side of the screen of the first body i 获得 has obtained a definite protection effect: in the case where the conventional screen is exposed to the outside to greatly increase the chance of loss of the file, it is obtained. A significant improvement. [〇〇26] It should be noted that the operation of the first __single number If10 is the same as that of the 8^ sliding seat 3 〇 and the steering arm i 1012004924-0 M430812 0 compared to the prior art. The operation and movement of the first body 100 are made more stable and ideal; as in the old method, because the screen is only supported by a supporting mechanism, the degree of freedom of movement or folding of the screen is too large, and it is easy to cause swinging and damage. , the system has been significantly improved. [0027] Typically, the sliding/rotating module of the electronic device capable of performing multiple operating modes has the function of assisting the first body 1000 operating motion, compared to the old method. The following considerations and advantages: [0028] 1. The sliding/rotating module, the first and second bodies or their related combination components have been redesigned in the structural design and organizational relationship* to make them different from the practitioners; It also changed its use type and application range, which is different from the old method. 2. The sliding/rotating module can make the steering arm 10 and the sliding seat 30 simultaneously provide the first body 1000 to obtain an ideal supporting mechanism according to different operating environments or usage requirements, to support the first body 1 0 0 A plurality of operation modes are formed on the second body 200 or a plurality of operation modes, such as being placed on the second body 200, for use by an operator. It also allows the user to directly operate the first body 100 to cover the second body 200, so that the front side of the screen 1 Ο 1 achieves the desired protection. 3. The sliding seat 30 and the first body pivoting portion 105, and the first and second ends of the steering arm 1 1 and 1 2 and the first body shaft connecting portion 1 0 3 and the second body restraining portion 2 0 2 The matching structure improves the trouble of setting the torque of the rotating shaft in the old method, increasing the fitting cost and the screen operation, the control of the flipping movement is not easy, or the screen positioning is not correct, and the intentional deletion is made. The number is Α0101 1012004924-0 page 11/ A total of 26 pages of M430812 external damage and other circumstances. 4. The sliding seat 30 and the first body pivoting portion 105, and the steering arm first and second ends 1 1 and 1 2 and the first body shaft connecting portion 1 0 3 and the second body restraining portion 2 0 2 The matching structure provides the first body 1000 with a stable support positioning mechanism; like the conventional skill screen, the tilt angle is provided, and when the screen touch function is used, it is easy to use due to the positioning, and the use is difficult. Significant improvements have also been made. Therefore, this creation provides an effective sliding/rotating module for electronic devices that can perform multiple modes of operation. The spatial pattern is different from the conventional ones, and has the advantages unmatched in the old method. Great progress, Cheng has fully met the requirements of the new patent. [0029] However, the above is only a feasible embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, all the equivalent changes and modifications made by the scope of the patent application of the present creation are the creation patents. Covered by the scope. [Simple Description of the Drawings] / [0030] Fig. 1 is a schematic exploded view of the structure of the present creation. [0031] Fig. 2 is a schematic view showing the structure combination of the present invention; showing a case where the first body forms an inclined angle for the operator to operate. 3 is a plan view of the second drawing; depicting the position of the sliding seat at the track starting point and the steering arm supporting the first body. [0033] Fig. 4 is a schematic view showing an operational embodiment of one of the present creations; the arrow portion of the figure shows the movement of the steering arm and the sliding seat. 101201681^单单A〇101 Page 12 of 261012004924-0 M430812 [0034] Figure 5 is a schematic diagram of another embodiment of the present invention; the second end of the steering arm is depicted in the limit The movement inside the department. [0035] Fig. 6 is a schematic view showing another embodiment of the present invention, showing the first body, the steering arm, and the sliding touch motion. Just the 7th ### creation of this creation-operations to implement the intent; the axis shows the movement of the first body, the steering arm and the sliding seat. [0037]
第8圖係本創作第_機體平放在第二機體上之實施例示 意圖；係描繪了該轉向臂收容在凹室裏面的情形。 [0038] 第9圖係第8圖之立體示意圖。 [〇_帛10圖係第2圖之平面示意圖；係描繪了滑動座位在 執道始點和轉向臂支持第_機體的相關位置情形。 _]帛11圖係本創作之一操作實施例示意圖；係顯示了第 一機體轉動朝第二機體蓋合，及轉向臂第二端在限制部 裏面的運動情形。 第12圖係本創作之另—操作實施例示意圖；係顯示了 第一機體轉動朝第二機體蓋合，及轉向臂第二端位移到 限制部上端的運動情形。 [0042] 第1 3圖係本創作之又一操作實施例示意圖；係顯示了 第一機體和第二機體形成蓋合型態，轉向臂第二蠕朝阡 制部下方運動，及轉向臂收容在凹室裏面的情形。 [0043] 第1 4圖係第1 3圖之立體示意圖。 【主要元件符號說明】 [0044] 10轉向臂 1012〇168卢"單编號A〇l〇1 第丨3頁/共26頁 1012004924-0 M430812 [0045] 11 第一端 [0046] 12 第二端 [0047] 13 延伸區 [0048] 20 固定器 [0049] 30 滑動座 [0050] 31 極接部 [0051] 40 滑動器 [0052] 100 第一機體 [0053] 101 螢幕正面 [0054] 102 螢幕背面 [0055] 103 轴接部 [0056] 104 、1 06凹室 [0057] 105 柩接部 [0058] 200 第二機體 [0059] 201 操作區 [0060] 202 限制部 [0061] 203 轨道Fig. 8 is an illustration of an embodiment in which the body of the present invention is placed on the second body; the case in which the steering arm is housed in the recess is depicted. 9 is a perspective view of FIG. 8. [〇_帛10 is a schematic plan view of Figure 2; it depicts the position of the sliding seat at the starting point of the road and the steering arm supporting the _ body. _] 帛 11 is a schematic diagram of one of the operational embodiments of the present invention; showing the movement of the first body to the second body and the movement of the second end of the steering arm within the restriction. Figure 12 is a schematic view of another embodiment of the present invention; showing the movement of the first body to the second body and the displacement of the second end of the steering arm to the upper end of the restriction. [0042] FIG. 1 is a schematic view of another operational embodiment of the present invention; the first body and the second body are formed into a closed state, the second arm of the steering arm is moved downward, and the steering arm is accommodated. In the case of inside the alcove. [0043] Fig. 14 is a perspective view of Fig. 13. [Description of main component symbols] [0044] 10 steering arm 1012〇168L"single number A〇l〇1 Page 3 of 261012004924-0 M430812 [0045] 11 First end [0046] 12 2nd end [0047] 13 Extension [0048] 20 Retainer [0049] 30 Sliding seat [0050] 31 Pole part [0051] 40 Slider [0052] 100 First body [0053] 101 Screen front [0054] 102 Back of the screen [0055] 103 Axle joint [0056] 104, 1 06 alcove [0057] 105 部 部 [0058] 200 Second body [0059] 201 Operating area [0060] 202 Restriction [0061] 203 Orbit
101201681^^^^ A〇101 第14頁/共26頁 1012004924-0101201681^^^^ A〇101 Page 14 of 26 1012004924-0