100年09月27日俊正替换頁 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關於一種用於電子器物的滑動輔助裝置 ;特別是指一種和一滑動或移動機體組合，在操作配合 的過程中，可輔助增加移動機體運動穩定度、降低晃動 等情形之新型者。 【先前技術】 _] 應㈣外力可往復移動紐動自如㈣H统，來 配裝在電子器物上，例如行動電話、筆記型電腦、PDA、 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99213473號 「/月孤組件及滑蓋式電子裝置」、第號「滑蓋 裝置」'及第961 1 1 996號r滑動模組及應用其之可揭式 電子裝置」等專利案，係提供了典型的實施例。 [0003] 關這類滑蓋模組在操作、運動方面的課題是 ’ &類π蓋模組或組件通常係、應用移動架、連動板複 數個彈件、連料⑽線材或設計特卿狀的導引 軌二+的配合’來輔助該滑蓋模組產生開、閉運動 。乂們應用在機體重量或移動距純大的情形時，在 外力^作（例如’操作者實施單邊側推力）的過程中， 比=易&成滑蓋組件或機構產生晃動或偏擺的情形， 而影響該滑蓋組件運 們所期望的。動的平穩度，而這種情形並不是我 表單編號A〇l〇1 關㊉崎蓋模組在實際的操作運動方面的 考^事項’存在有下列的課題： 第 頁/共27頁 [0005] 100年09月27日按正替換頁 1. 為了使該滑蓋組件產生晃動或偏擺的情形，被儘可 能的降低，該滑蓋組件應配置一輔助裝置，來幫助 滑蓋運動的穩定度。 2. 針對該輔助裝置的結構型態，必須考量提供一可信 賴的機構設計，來輔助增加上述應用移動架、連動 板、彈性元件、連動牽引的線材的作動平穩度和強 度，才能增進滑蓋組件運動的平穩順暢效果。 特別是使該輔助裝置可應用在移動機體（或滑 蓋組件）重量和移動距離較大的電子產品上。 代表性的來說，這些參考資料顯示了在有關滑蓋模 組或其相關結合組件在使用和結構設計方面的情形。如 果重行設計考量該滑蓋和相關組件結構，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 僅可改善習知技藝產生晃動或偏擺等情形，同時也會增 加它在操作運動方面的穩定性。而這些課題在上述的專 利案中均未被具體教示或揭露。 【新型内容】 [0006] 爰是，本創作之主要目的即在於提供一種滑動輔助 裝置，係包括一轉動輪、一和轉動輪連動的閘門、以及 一肘節機構的組合。該財節機構係具有一第一臂，和轉 動輪框接；一第二臂，和該第一臂枢接；以及一彈性器 ，係配置在該第一臂和第二臂之間。實質上，該轉動輪 係帶動該第一臂和第二臂相對產生運動，而使該彈性器 蓄積能量；並且，在第一臂越過一參考軸線後，該彈性 器會釋放能量，產生一作用力輔助轉動輪轉動，以改善 表單編號A0101 第4頁/共27頁 M417757 π—--- , 4 100年09月27日修正替换頁 舊法中作動不平順的情形。 [0007] 根據本創作之滑動輔助裝置，該第一臂和第二臂係 分別定義有一第一端和一第二端。該第一臂的第一端係 偏心型態的樞接在該轉動輪上；該第一臂的第二端係和 第二臂的第二端連接，並且配裝該彈性器；以及，該第 二臂的第一端係固定或樞接在一載體或輔板上。因此， - 在第一臂隨轉動輪的轉動而運動時，第一、二臂的第二 端係迫使該彈性器蓄積能量，直到第一臂的第一端越過 該參考軸線後，該彈性器會釋放能量，而產生一作用力 輔助轉動輪轉動。 [0008] 根據本創作之滑動輔助裝置，該閘門係一板狀物的 型態，係可相對該轉動輪的轉動而產生線性位移。換言 之，當閘門因外力產生線性位移時，相對會帶動該轉動 輪轉動，而使該肘節機構的彈性器蓄積能量或釋放能量 〇 [0009] 根據本創作之滑動輔助裝置，該轉動輪、和轉動輪 連動的閘門、以及肘節機構係可應用在一滑蓋模組（或 滑蓋組件）上；所述的滑蓋模組係包括一具有滑軌的基 板、和該轉動輪相互帶動的帶輪、一配置在帶輪上的線 材、以及一樞接線材的移動架或滑動架。所述的滑動架 係可移動自如的配裝在該基板滑軌上；因此，當滑蓋組 件帶動滑動架往復移動時，係使該線材帶動帶輪和轉動 輪轉動，使肘節機構的彈性器蓄積能量或釋放能量。也 就是說，轉動輪、閘門和肘節機構係提供一輔助該滑蓋 模組運動的作用力；並且，轉動輪、閘門和肘節機構在 表單編號Α0101 第5頁/共27頁 100年09月27日梭正替换頁 結構設計的配合上，具有更確實和穩定的效果。 [0〇1〇] 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： 【實施方式】 請參閱第1、2圖’本創作之滑動輔助裝置係包括 一轉動輪和一肘節機構的組合；概分別以參考編號1〇 、2 0表示之。在所採的實施例中，該轉動輪i 〇係選 擇一齒輪的型態；以及，轉動輪1〇可固定在一基板3 0 (例如，圖中假想線部份所顯示的部份）上，形成轉 動自如的型態。 第1、2圖也顯示了該肘節機構2〇係具有一第一 臂2 1，和轉動輪1 〇枢接；一第二臂2 2，和該第一 臂2 1樞接；以及一彈性器2 3，係配置在該第一臂2 1和第一臂2 2之間。具體來說，該第一臂2 1和第二 臂2 2係分別定義有一第一端2 1 a、2 2 a和一第二 端2lb、22b。該第一臂21的第一端2ia係偏 心型態的樞接在該轉動輪i 〇上；該第一臂21的第二 端2 1 b係和第二臂2 2的第二端2 2 b連接，並且配 裝該彈性器2 3 ;以及，該第二臂2 2的第_端2 2 a 係形成-;t位端的作用。所述;^位端的作用係指該第二 臂第-端2 2 a可固定或榧接在—載體（例如，基板3 〇或—輔板）上’至少使該第—端22a以固定或柩接 位置為支點，可產生轉動或移動的情形。 [0013] 在一個較佳的實施例中，這湣私結抽 表單编號AOHU 動輔助裝置係定義有 第6頁/共27頁 [0014] —參考軸線χ;所述的參考軸線％係轉動輪1〇的圓心 和遠第二臂第一端2 2 a樞接位置的連心線或它們的連 接延伸線。大體來說，參考軸線％係位在轉動輪1 〇的 徑向方向或位置上。 在所採的實施例中，該第一臂第一端2 1 a和第二 煮第一端2 2 a係設置一孔穴，供一固定器4 〇穿過， 將第-臂第-端2 1 a和第二臂第一端22 a分別樞接 在該轉動輪10和該載體上。該第一臂21的第二端2 1 b係形成一勾狀輪廓，勾接在該第二臂2 2形成圓頭 狀輪廓的第二端2 2 b上的型態。 [0015] 圖中也描繪了該彈性器2 3係選擇一扭力彈簧的型 態，彈性器2 3具有一樞接端2 3 a和一固定端2 3b 。該拖接端2 3 a係配裝在第二臂第二端2 2 b上；該 固定端2 3 b係配裝在接近該第一臂第二端2 i b的位 置上。實質上，該轉動輪1 〇係帶動該第一臂2工和第 二臂2 2相對產生運動；也就是說，當第一臂2丄隨轉 動輪10的轉動而運動時，第一、二臂2 1、2 2的第 二端21 b、2 2 b係迫使該彈性器2 3蓄積能量，直 到第一臂2 1的第一端2 1 a越過該參考軸線/後，該 彈性器2 3會釋放能量，而產生一作用力輔助轉動輪丄 0轉動；這部份在下文中還會予以敘述。 [0016] 在一個較佳的實施例中，該轉動輪1 〇係和一閘門 5 0形成連動的關係。具體來說，閘門5 〇係一板狀物 (或齒條）的型態，在邊緣部份係設置有齒紋5丄，和 轉動輪1 0形成嚙合的型態；而使閘門5 〇可相對該轉 表單编號A0101 第7頁/共27頁 [0017] 100年09月27日修正替换頁 動輪1 0的轉動而產生線性位移。換言之，當閘門5 〇 因外力產生線性位移時，相對會帶動該轉動輪1 〇轉動 ，而使該肘節機構2〇的彈性器2 3蓄積能量或釋放能 量。 明參閲第3圖，在一個可行的實施例中，上述的扭 力彈簧係可置換成一配裝在第一臂2工和第二臂2 2之 間的拉伸彈簧或壓縮彈簧；例如，圖巾假想線部份所描 繪的情形。 [0018] 凊參考第3、4圖，係描繪了該轉動輪丄〇 '肘節 機構2 0、和閘門5 0的運動情形；第3圖顯示的轉動 輪1 0、肘節機構2 〇、和閘門5 〇的位置，係被定義 為初始位置或第一位置。當轉動輪1〇因外力轉動（圖 中箭頭部份係顯示了轉動輪i 〇逆時針方向轉動）時， 係帶動第-臂第-端2 1 a沿著轉動輪1 〇圓周區域運 動，並且使第一 '二臂21、22的第二端21b、2 2b轉動該彈性器2 3，迫使彈性器2 3蓄積能量；同 時，圖中也顯示了轉動輪1 〇係帶動該閘門5 〇朝圖中 上方方向移動。當第一臂2 i的第一端2 i a移動到該 參考軸線/的位置時，係使該肘節機構2 〇的第_臂2 1和第二臂2 2伸展到（接近）最大長度（或最遠）的 距離；也是彈性器2 3蓄積能量最大的位置；例如，第 4圖的假想線部份所描繪的情形。 第4圖顯示了當第一臂21的第一端21a越過該 參考軸線X後，配合轉動輪i 0的轉動，肘節機構2 〇 使第一臂21和第二臂22產生向圖中實線部份所顯示 表單编號A0101 第8頁/共27頁 [0019] M417757 100年09月27日核正替換頁 的位置（所述的位置係被定義為第二位置）運動的力量 ，並且使該彈性器23釋放先前蓄積的能量，產生一作 用力（經第一臂21)輔助轉動輪轉動。 [0020] 可了解的是，在第4圖中，當轉動輪1 〇回動（即 ，順時針方向轉動）時，係帶動第一臂第一端2丄a沿 著上述路徑回動，並且使第一、二臂21、22的第二 端2 1 b、2 2 b轉動該彈性器2 3蓄積能量；同時， 轉動輪1 0也會帶動該閘門5 0朝圖中下方方向移動。 當第-臂2 1的第-端2 1 a又越過該參考轴線义後， 配合轉動輪1 〇的轉動，肘節機構2 〇使第一臂2丄和 第一臂2 2產生向第3圖所顯示的第一位置運動的力量 ，並且使該彈性器2 3釋放先前蓄積的能量，產生一作 用力輔助轉動輪1〇轉動。 [0021] 請參閱第5圖，係描繪了該轉動輪丄〇、肘節機構 2 0、閘門5 0和一滑蓋模組（或滑蓋組件）6 〇配合 的情形；在這實施例t，較佳的係應用了形成對稱型態 的兩個轉動輪1 〇、1 〇，和兩組肘節機構2 〇、2 〇 。圖中也顯示了該肘節機構2 〇,同樣包括第一臂2 1，、第二臂22,和彈性器23，。須加以說明的是 ，所述的肘節機構20，係使第二臂22，的第一端2 2a偏心型態的框接在該轉動輪上；第二臂2 2的第二端22b，係和第一臂21，的第二端2工 b，連接，並且配裝該彈性器2 3，；以及，該第一臂 2 1的第一端2 la，係形成一定位端（點）的作用 。所述的定位端（或第一端21a，的框接位置）和轉 表單編號A0101 第9頁/共27頁 100年09月27日修正替换頁 動輪1 0’的圓心連接線，也被定義為參考轴線％» [0022] 詳細來說，該滑蓋模組6 0係包括一具有滑軌6 1 a的基板61’所述的基板61係選擇一體成型的板件 型態，可配置在一電子器物的固定機體（圖未顯示）上 ;一配裝在基板61上的輔板6 2，所述的辅板6 2係 具有一槽道6 2 a和形成在槽道6 2 a上的開孔6 2 b ;一設置在基板6 1上的帶輪6 3，係具有一齒輪部6 3 a ; —配置在基板6 1上的從動輪6 4，係分別和該 齒輪部63a、轉動輪1〇、1〇，嚙合，而可被帶輪 63傳動；一滑動架（或移動架）65，係移動自如的 配裝在該基板滑執6 1 a上，滑動架6 5係可配置在一 電子器物的移動機體（例如’滑蓋；圖未顯示）上；以 及，一線材6 6，係繞設在該帶輪6 3和滑動架6 5之 間。該滑蓋模組6 0也包括一設置在輔板6 2上的迫緊 輪6 7 ;所述的迫緊輪6 7係可用來調整該線材6 6的 鬆緊度。 [0023] 圖中特別顯示了該閘門5 0係可移動自如的配裝在 該輔板6 2的槽軌6 2 a内；並且，設在該閘門5 〇邊 緣部份的齒紋5 1係從該槽軌6 2 a的開孔6 2b露出 ，而和該轉動輪1 〇形成嚙合的型態。在可行的實施例 中，閘門5 0可樞接在該移動機體上，或連接滑蓋模組 6 0的相關組件（例如，排線或其他組件）。以及，圖 中也顯示了該肘節機構2 〇的第二臂第一端2 2 a和該 肘節機構20，的第一臂第一端21a，係分別樞接在 該輔板6 2上，而形成上述定位端（點）的作用。 表單編號A0101 第10頁/共27頁September 27, 100, Jun Zheng replacement page 5, new description: [New technical field] [0001] This creation is related to a sliding aid for electronic objects; in particular, a combination with a sliding or moving body In the process of operation and coordination, it can assist the new type of person who increases the movement stability of the moving body and reduces the shaking. [Prior Art] _] should (4) external force can be reciprocated and move freely (4) H system, to be equipped with electronic objects, such as mobile phones, notebook computers, PDAs, digital video cameras, e-books, etc., so that the sliding parts can be It is a well-known skill for sports to have an opening and closing function; for example, Taiwan No. 99213473 "/month ortho-component and slide-type electronic device", No. "sliding device" and No. 961 1 1 996 r A typical embodiment is provided by patents such as a sliding module and a releasable electronic device. [0003] The problem of operation and movement of such a slide module is '& π-like cover module or component usually, application of mobile frame, linkage plate, multiple elastic parts, lining (10) wire or design special The shape of the guide rail two + fits to assist the slide module to generate opening and closing movements. When applied to the case where the weight of the body or the moving distance is large, in the process of external force (for example, 'the operator implements the one-side thrust'), the ratio of the slider to the slider assembly or mechanism produces a sway or yaw. The situation that affects the slider assembly is expected. The smoothness of the movement, and this is not the case of my form number A〇l〇1. The test of the actual operation of the Shisaki cover module is the following subject: The following topics exist: Page / Total 27 pages [0005 ] September 27, 100, according to the replacement page 1. In order to make the slider assembly sway or yaw, as much as possible, the slider assembly should be equipped with an auxiliary device to help stabilize the movement of the slider. degree. 2. In view of the structural type of the auxiliary device, it is necessary to consider providing a reliable mechanism design to assist in increasing the smoothness and strength of the moving frame, the interlocking plate, the elastic member, and the linked traction wire to enhance the sliding cover. Smooth and smooth movement of components. In particular, the auxiliary device can be applied to an electronic product having a moving body (or a slider assembly) having a large weight and a large moving distance. Typically, these references show the use and structural design of the slider module or its associated bonding components. If the redesign considers the structure of the slider and related components, and the above application, making it different from the conventional one, it will be able to change its use type and increase its application range, which is different from the old method; In addition, it not only improves the sway or yaw of the conventional technique, but also increases its stability in terms of operational motion. These topics have not been specifically taught or disclosed in the above patents. [New Content] [0006] The main purpose of the present invention is to provide a sliding assist device comprising a rotating wheel, a gate interlocked with a rotating wheel, and a combination of a toggle mechanism. The financial mechanism has a first arm coupled to the rotating wheel; a second arm pivotally coupled to the first arm; and an elastic arm disposed between the first arm and the second arm. In essence, the rotating wheel train drives the first arm and the second arm to generate relative motion, and the elastic device accumulates energy; and, after the first arm crosses a reference axis, the elastic device releases energy and generates an effect. Force assists the rotation of the wheel to improve the form number A0101 Page 4 of 27 M417757 π----, 4, September, 100, 100, corrected the replacement page, the situation in the old method is not smooth. According to the sliding assist device of the present invention, the first arm and the second arm are respectively defined with a first end and a second end. The first end of the first arm is pivotally connected to the rotating wheel; the second end of the first arm is coupled to the second end of the second arm, and the elastic device is fitted; and The first end of the second arm is fixed or pivoted to a carrier or an auxiliary board. Therefore, when the first arm moves with the rotation of the rotating wheel, the second ends of the first and second arms force the elastic device to accumulate energy until the first end of the first arm passes the reference axis, the elastic device The energy is released and a force is generated to assist the rotation of the rotating wheel. [0008] According to the sliding assist device of the present invention, the gate is a plate type that is linearly displaceable relative to the rotation of the rotating wheel. In other words, when the gate is linearly displaced by an external force, the rotating wheel is relatively driven to rotate, and the elastic device of the toggle mechanism accumulates energy or releases energy. [0009] According to the creation of the sliding assist device, the rotating wheel, and The rotating wheel linked gate and the toggle mechanism can be applied to a slide module (or a slide cover assembly); the slide cover module includes a base plate having a slide rail, and the rotary wheel is driven by each other. A pulley, a wire disposed on the pulley, and a moving frame or carriage of a pivotal wire. The sliding frame is movably mounted on the substrate slide rail; therefore, when the sliding cover assembly drives the sliding frame to reciprocate, the wire is driven to rotate the pulley and the rotating wheel, so that the flexibility of the toggle mechanism Accumulate energy or release energy. That is to say, the rotating wheel, the gate and the toggle mechanism provide a force to assist the movement of the sliding module; and, the rotating wheel, the gate and the toggle mechanism are in the form number Α0101, page 5 of 27 pages, 100 years 09 On the 27th of the month, the shuttle is replacing the structure design of the page with a more realistic and stable effect. [0〇1〇] The novelty, characteristics, and other purposes and effects of this creation will be hereinafter discussed in conjunction with the detailed description of the drawings; as shown in the figure: [Embodiment] Please refer to Figures 1 and 2'. The sliding assist device of the present invention comprises a combination of a rotating wheel and a toggle mechanism; respectively, which are denoted by reference numerals 1 and 20 respectively. In the embodiment taken, the rotating wheel i selects the type of a gear; and the rotating wheel 1〇 can be fixed to a substrate 30 (for example, the portion of the imaginary line portion shown in the figure). , forming a freely rotating pattern. The first and second figures also show that the toggle mechanism 2 has a first arm 2 1 and a rotating wheel 1 〇 pivoting; a second arm 2 2 is pivotally connected to the first arm 2 1; The elastic device 23 is disposed between the first arm 21 and the first arm 22. Specifically, the first arm 2 1 and the second arm 2 2 define a first end 2 1 a, 2 2 a and a second end 2lb, 22b, respectively. The first end 2ia of the first arm 21 is pivotally connected to the rotating wheel i ;; the second end 2 1 b of the first arm 21 and the second end 2 2 of the second arm 2 2 b is connected and fitted with the elastic member 2 3; and the first end 2 2 a of the second arm 2 2 is formed by -; The function of the terminal end means that the second end of the second arm can be fixed or spliced on the carrier (for example, the substrate 3 or the auxiliary plate) to at least make the first end 22a fixed or The splicing position is a fulcrum, which can cause rotation or movement. [0013] In a preferred embodiment, the 结 结 表单 form number AOHU moving auxiliary device is defined as page 6 / total 27 pages [0014] - reference axis χ; the reference axis % is rotated The center of the wheel 1〇 and the connecting line of the pivotal position of the first end 2 2 a of the second arm or their connecting extension lines. In general, the reference axis % is located in the radial direction or position of the rotating wheel 1 。. In the embodiment taken, the first arm first end 2 1 a and the second boiling first end 2 2 a are provided with a hole for a holder 4 to pass through, and the first arm end 2 1 a and the second arm first end 22 a are pivotally connected to the rotating wheel 10 and the carrier, respectively. The second end 2 1 b of the first arm 21 forms a hook-like profile that hooks onto the second end 2 2 b of the second arm 22 forming a rounded profile. The figure also depicts that the elastic member 2 is a type of torsion spring that has a pivoting end 23a and a fixed end 2bb. The trailing end 2 3 a is fitted to the second arm 2 2 b of the second arm; the fixed end 2 3 b is fitted at a position close to the second end 2 i b of the first arm. In essence, the rotating wheel 1 drives the first arm 2 and the second arm 2 2 to move relative to each other; that is, when the first arm 2 moves with the rotation of the rotating wheel 10, the first and second The second ends 21 b, 2 2 b of the arms 2 1 , 2 2 force the spring 2 3 to accumulate energy until the first end 2 1 a of the first arm 2 1 crosses the reference axis/post, the elastic 2 3 will release energy and generate a force to assist the rotation of the rim 0; this part will be described below. [0016] In a preferred embodiment, the rotating wheel 1 and the gate 50 are in a linked relationship. Specifically, the gate 5 is a type of a plate (or a rack), and the edge portion is provided with a ridge 5 丄, and the rotating wheel 10 forms a meshing type; and the gate 5 〇 Relative to the transfer form number A0101 Page 7 of 27 [0017] On September 27, 100, the linear displacement of the replacement page wheel 10 was corrected. In other words, when the gate 5 产生 is linearly displaced by an external force, the rotating wheel 1 相对 is relatively rotated, and the elastic device 2 3 of the toggle mechanism 2 蓄 accumulates energy or releases energy. Referring to Figure 3, in a possible embodiment, the torsion spring described above can be replaced with a tension spring or compression spring fitted between the first arm 2 and the second arm 22; for example, The situation depicted in the imaginary line of the towel. [0018] Referring to Figures 3 and 4, the rotation rim 'toggle mechanism 20 and the movement of the gate 50 are depicted; the third embodiment shows the rotating wheel 10, the toggle mechanism 2, And the position of the gate 5 , is defined as the initial position or the first position. When the rotating wheel 1 turns due to an external force (the arrow portion in the figure shows that the rotating wheel i rotates in the counterclockwise direction), the first arm end 2 1 a is moved along the circumferential area of the rotating wheel 1 , and Rotating the second end 21b, 2 2b of the first 'two arms 21, 22 to the elastic element 23 forces the elastic element 23 to accumulate energy; meanwhile, the figure also shows that the rotating wheel 1 is driven to drive the gate 5 Move in the upper direction in the figure. When the first end 2 ia of the first arm 2 i moves to the position of the reference axis /, the first arm 2 1 and the second arm 2 2 of the toggle mechanism 2 伸展 are extended to (close to) the maximum length ( The distance of the farthest distance; also the position where the elastic energy accumulates the most energy; for example, the situation depicted by the imaginary line portion of Fig. 4. Figure 4 shows that when the first end 21a of the first arm 21 crosses the reference axis X, in conjunction with the rotation of the rotating wheel i0, the toggle mechanism 2 causes the first arm 21 and the second arm 22 to be produced in the figure. Line number displayed on the line number A0101 Page 8 of 27 [0019] M417757 September 27, 100, the position of the replacement page (the position is defined as the second position), and the strength of the movement, and The elastic member 23 is caused to release the previously accumulated energy, and a force is generated (via the first arm 21) to assist the rotation of the rotating wheel. [0020] It can be understood that, in FIG. 4, when the rotating wheel 1 〇 is reversed (ie, rotated clockwise), the first arm first end 2丄a is driven to follow the path, and The second ends 2 1 b, 2 2 b of the first and second arms 21, 22 are rotated to accumulate energy of the elastic member 23. At the same time, the rotating wheel 10 also drives the shutter 50 to move downward in the figure. When the first end 2 1 a of the first arm 2 1 passes over the reference axis again, the toggle mechanism 2 causes the first arm 2 丄 and the first arm 2 2 to move toward the rotation of the rotating wheel 1 〇. 3 shows the force of the first position movement, and causes the elastic element 23 to release the previously accumulated energy, generating a force to assist the rotation of the rotating wheel 1 . [0021] Referring to FIG. 5, the rotation rim, the toggle mechanism 20, the gate 50, and a slide module (or slide assembly) 6 描绘 are depicted; in this embodiment t Preferably, two rotating wheels 1 〇, 1 形成 forming a symmetrical type, and two sets of toggle mechanisms 2 〇, 2 〇 are applied. The toggle mechanism 2 也 is also shown, and also includes a first arm 213, a second arm 22, and an elastic spring 23. It should be noted that the toggle mechanism 20 is such that the first end 22a of the second arm 22 is eccentrically connected to the rotating wheel; the second end 22b of the second arm 22 is And the second end 2 of the first arm 21 is connected, and is equipped with the elastic member 23; and the first end 2 la of the first arm 2 1 forms a positioning end (point) The role. The positioning end (or the framed position of the first end 21a) and the transfer form number A0101 page 9/total 27 pages 100 years September 27th correction of the center line of the replacement page moving wheel 10' are also defined For reference axis %» [0022] In detail, the slide module 60 includes a substrate 61 having a slide 61 1 a, and the substrate 61 is integrally formed into a plate type, which is configurable. On a fixed body (not shown) of an electronic object; an auxiliary plate 62 fitted on the substrate 61, the auxiliary plate 62 has a channel 6 2 a and is formed in the channel 6 2 a The upper opening 6 2 b; a pulley 6 3 disposed on the substrate 61 has a gear portion 6 3 a; the driven wheel 6 4 disposed on the substrate 61 is respectively associated with the gear portion 63a The rotating wheel 1〇, 1〇, meshing, and can be driven by the pulley 63; a sliding frame (or moving frame) 65 is movably mounted on the substrate sliding 6 1 a, the sliding frame 6 5 It can be disposed on a moving body of an electronic object (for example, a 'slider; not shown); and a wire 660 is wound between the pulley 63 and the carriage 65. The slider module 60 also includes a tensioning wheel 6 7 disposed on the auxiliary plate 62; the tensioning wheel 67 can be used to adjust the tightness of the wire 66. [0023] The figure particularly shows that the gate 50 is movably fitted in the groove rail 62a of the auxiliary plate 62; and the toothed line 5 1 provided at the edge portion of the gate 5 It is exposed from the opening 6 2b of the groove rail 6 2 a to form a meshing engagement with the rotating wheel 1 。. In a possible embodiment, the gate 50 can be pivotally attached to the mobile body or to associated components (e.g., cable or other components) of the slider module 60. And the second arm first end 2 2 a of the toggle mechanism 2 和 and the first arm first end 21 a of the toggle mechanism 20 are respectively pivotally connected to the auxiliary plate 6 2 . And the role of the above positioning end (point) is formed. Form No. A0101 Page 10 of 27
Mill 51 • 4 [0024]Mill 51 • 4 [0024]
27 B 請再參考第5圖’第5®的實線部分係顯示了滑蓋 模組60(和轉動輪1〇、10，、肘節機構2〇 2 0’ '閘門5 0 )的初始位置’係㈣為第—位置或（ 滑蓋）Μ位置’·第5@的假想線部分係顯示了滑蓋模 組6 0的最後運動位置，係定義為第二位置或（滑蓋） 開啟位置》 [0025] 當使用者操作滑蓋或滑蓋模組6 〇帶動滑動架6 5 從關閉位置向開啟位置運動時，滑動架65係帶動線材 6 6，使帶輪6 3和從動輪6 4傳動該轉動輪、工 〇’ ；圖中的箭頭部份係分別顯示了該帶輪63、從動 輪64和轉動輪10、10’的轉動方向。當轉動輪丄 〇、1 0’被傳動後，轉動輪1 〇、i 〇，係帶動財節 機構20、2 G’和閘門5〇產生如上述第3、4圖所 顯示的運動情形。在肘節機構第-臂21 (或肘節機構 20的第二臂22，）越過該參考軸線;t時，肘節機 構20、20’和彈性器23、2 3,釋放的能量所產 生的作用力’係輔助了該線材6 6帶動滑蓋運動的力量 ，並且，該作用力也增加了滑蓋朝向開啟位置運動的力 量，而使操作者獲得一個較舊法省力的作用。 [0026] 田使用者操作滑蓋模組6 0從第5圖的假想線部分 所顯不的第—位置（或開啟位置）朝實線部份顯示的第 位置（或關閉位置）回動時，滑動架65同樣帶動線 材6 6 ’使帶輪6 3和從動輪6 4傳動該轉動輪丄〇、 10。备轉動輪10、1〇，被傳動後，轉動輪1 0 、1 〇’係帶動肘節機構2 〇、2 〇,和閘門5 〇產生 表單編號A0101 第11頁/共27頁 如 m B 1100年 09月 如上述第3、4圖所顯示的運動情形》在^機鮮 臂21 (或財節機構20,的第二臂22,）越過該參 考轴線尤時，財節機構2〇 ' 20’和彈性器23、2 3’釋放的能量所產生的作用力，係、輔助了該線材6 6 帶動滑蓋運動的力量；並且，該作用力也增加了滑蓋朝 向關閉位置運動的力量，而使操作者獲得—個較舊法省 力的作用。 [0027] 也就是說，該轉動輪10、1〇，、財節機構2〇 2 0的、Μ冓3又6十’係提供了一作用力來幫助該滑蓋 模組6 0的運動，讓使用者在操作滑蓋（或滑蓋模組6 〇)的開啟或關閉時，可以獲得更省力的作用。 [0028] 可了解的是’在—個修正的實施财，上述第5圖 定義的關閉位置（圖中實線部分）和開啟位置（圖中假 想線部分）是可以互換的。例如，第6圖係顯示了一個 修正的實施例；第6圖的實線部分係顯示了滑蓋模組6 〇 (和轉動輪10、10，、肘節機構2〇、2〇，' 閘門5 0)的初始位置，係定義為第一位置或（滑蓋） 關閉位置；其中，該閘門5 〇係位在圖中上方的位置。 第6圖的想線部分係顯示了滑蓋模組6 ◦的最後運動 位置，係定義為第二位置或（滑蓋）開啟位置。 [_] 當使时操㈣蓋紐蓋模㈣〇帶動滑動架6 5 從關閉位置向開啟位置運動時’滑動架6 5係帶動線材 66 ’使帶輪63和從動輪64傳動該轉動輪ι〇、丄 〇，圊中的箭頭部份係分別顯示了該帶輪6 3、從動 輪64和轉動輪10、i 〇，的轉動方向（第6圖顯示 第12頁/共27頁 表單編號A0101 M417757 _ 1100年09月27日後正替換頁 的轉動方㈣和第5圖顯示的轉動方向相當轉動 輪1 〇 ' 1 0，被傳動後，轉動輪丄〇、i 〇,係帶動 肘節機構2 0、20,和間f15〇產生運動情形；該間 門50係從圖中上方位置向下方位置移動。在肘節機構 第-臂21 (或財節機構2〇,的第二臂22，）越過 該參考轴線X時，肘節機構20、2 0,和彈性器23 、23’釋放的能量所產生的作用力，係辅助了該線材 6 6帶動滑蓋運_力量；叙，該作用力也增加了滑 蓋朝向開啟位置運動的力量。 _ 纽用者操作滑蓋模組6 0從第6圖的假想線部分 所顯示的第一位置（或開啟位置）朝實線部份顯示的第 一位置（或關閉位置）回動時，滑動架6 5同樣帶動線 材6 6，使帶輪6 3和從動輪6 4傳動該轉動輪丄〇、 1〇’，。當轉動輪1〇、10，被傳動後，轉動輪1〇 10也帶動肘喊機構2〇、2〇，和閘門5〇產生 回動的運動清形。在肘節機構第一臂2 1 (或肘節機構 2 〇’的第二f 2 2’）越過該參考軸線X時，肘節機 構2〇、20,和彈性器23、23,釋放的能量所產 生的作用力’係輔助了該線材6 6帶動滑蓋運動的力量 ，並且1¾作用力也增加了滑蓋朝向關閉位置運動的力 量，而使操作者獲得-個較舊法省力的作用。 _1] 代表性的來說’這滑動輔助裝置在具備有輔助滑蓋 模組6 0操作運動的條件下，純於舊法㈤，係具有 下列的考量條件和優點： [0032] 1 . 該轉動輪1 〇、1 、肘節機構2 〇、2 0’ 的 表單編號A0101 第13頁/共27頁 M41775727 B Please refer to Figure 5 for the initial position of the slide module 60 (and the turning wheel 1〇, 10, the toggle mechanism 2〇2 0' 'gate 5 0 ). 'The system (4) is the first position or the (slider) Μ position'. The imaginary line part of the 5th @ shows the last movement position of the slide module 60, which is defined as the second position or the (slider) open position. [0025] When the user operates the slider or the slide module 6 〇 to drive the carriage 6 5 to move from the closed position to the open position, the carriage 65 drives the wire 6 6 to make the pulley 6 3 and the driven wheel 6 4 The rotating wheel, the work piece ' is driven; the arrow portion in the figure shows the direction of rotation of the pulley 63, the driven wheel 64 and the rotating wheels 10, 10', respectively. When the rotating rim 1, 1 0' is driven, the rotating wheels 1 〇, i 〇, the driving mechanism 20, 2 G' and the gate 5 〇 produce the motion as shown in Figures 3 and 4 above. When the elbow mechanism arm-arm 21 (or the second arm 22 of the toggle mechanism 20) passes over the reference axis; t, the toggle mechanism 20, 20' and the springs 23, 23, the energy released The force 'assisizes the force that the wire 6 6 drives the movement of the slider, and this force also increases the force of the movement of the slider toward the open position, giving the operator an older effort. [0026] When the field user operates the slide module 60 to return from the first position (or the open position) displayed by the imaginary line portion of FIG. 5 to the first position (or the closed position) displayed by the solid line portion. The carriage 65 also drives the wire 6 6 ' to cause the pulley 6 3 and the driven wheel 64 to drive the rotating rim, 10. After the rotating wheels 10, 1〇 are driven, the rotating wheels 10, 1 〇' drive the toggle mechanism 2 〇, 2 〇, and the gate 5 〇 to generate the form number A0101 page 11 / total 27 pages such as m B 1100 In the year of September, as shown in the above-mentioned figures 3 and 4, the movement mechanism 2 is crossed when the fresh arm 21 (or the second arm 22 of the financial institution 20) passes over the reference axis. The force generated by the energy released by the 20' and the elastic members 23, 2 3' assists the force of the wire 6 6 to drive the movement of the slider; and the force also increases the force of movement of the slider toward the closed position, And the operator gets a more labor-saving effect. [0027] That is to say, the rotating wheel 10, 1〇, the financial mechanism 2〇20, the Μ冓3 and 6′′ provide a force to help the movement of the sliding module 60, Allows the user to achieve a more labor-saving effect when opening or closing the slide cover (or slide module 6 。). [0028] It can be understood that the closed position (the solid line portion in the figure) and the open position (the imaginary line portion in the figure) defined by the above FIG. 5 are interchangeable. For example, Figure 6 shows a modified embodiment; the solid line portion of Figure 6 shows the slide module 6 〇 (and the rotating wheels 10, 10, the toggle mechanism 2 〇, 2 〇, ' 闸The initial position of 5 0) is defined as the first position or the (slider) closed position; wherein the gate 5 〇 is located above the figure. The desired line portion of Fig. 6 shows the final movement position of the slide module 6 ,, which is defined as the second position or the (slider) open position. [_] When the hour (4) cover cover mold (4) 〇 drives the carriage 6 5 from the closed position to the open position, the 'slide frame 6 5 drives the wire 66' to drive the pulley 63 and the driven wheel 64 to the rotating wheel ι The arrow parts in 〇, 丄〇, 圊 show the direction of rotation of the pulley 63, the driven wheel 64, and the rotating wheel 10, i 分别, respectively (Fig. 6 shows page 12/total 27 page form number A0101 M417757 _ After September 27, 1100, the turning side of the replacement page (4) and the turning direction shown in Figure 5 are equivalent to the turning wheel 1 〇 '1 0. After being driven, the rim, i 转动 is rotated to drive the toggle mechanism 2 0, 20, and f15〇 generate a motion situation; the door 50 moves from the upper position in the figure to the lower position. In the elbow mechanism arm-arm 21 (or the second arm 22 of the financial institution 2〇) When the reference axis X is crossed, the force generated by the energy released by the toggle mechanism 20, 20, and the elastics 23, 23' assists the wire 6 6 to drive the slider. The force also increases the force of the slider moving towards the open position. _ The new user operates the slide module 60 from the imaginary line portion of Figure 6. When the first position (or the open position) of the display is reversed toward the first position (or the closed position) displayed by the solid line portion, the carriage 6 5 also drives the wire 6 6 to drive the pulley 6 3 and the driven wheel 64. The rotating wheel rim, 1〇', when the rotating wheel 1〇, 10 is driven, the rotating wheel 1〇10 also drives the elbow mechanism 2〇, 2〇, and the gate 5〇 produces a moving motion clearing When the first arm 2 1 of the toggle mechanism (or the second f 2 2' of the toggle mechanism 2 〇 ') passes over the reference axis X, the toggle mechanism 2〇, 20, and the elastics 23, 23 are released. The force generated by the energy assists the wire 6 6 to drive the movement of the slider, and the 13⁄4 force also increases the force of the slider moving toward the closed position, giving the operator an effect of an older method. _1] Representatively, 'this sliding assist device is purely old (5) under the condition of having the operation movement of the auxiliary slide module 60, and has the following considerations and advantages: [0032] 1. The rotation Wheel 1 〇, 1, toggle mechanism 2 〇, 2 0' form number A0101 Page 13 of 27 M417757
[^00^月27日按正替換頁I 第-、二臂 21、21’、22、22，、彈性器 2 3、2 3，，以及閘門5 0的結構組織，配合該 基板6 1、輔板槽轨6 2 a等，係提供了一可信賴 的機構設計，來輔助增加上述滑動模組6 〇的作動 平穩度和強度；並且，也增進了滑蓋模組6 〇運動 的平穩順暢效果。 2.該轉動輪1 〇、1 〇，、肘節機構2 〇、2 〇,的 第-、二臂 21、21，、22、22，、彈性器 2 3、2 3 ，以及閘門5 0的結構組織（例如， 帶輪63、從動輪64和轉動輪1 〇、1 〇，、閘 門5 0之間的傳動係屬於一種確實的嚙合傳動型態 )，係使该滑蓋模組在被使用者操作（特別是單邊 側推力）時，像舊法中產生晃動或偏擺的情形，被 儘可能的降到最低。 也就是說，轉動輪1 〇、；[ 0，、閘門5 〇和 肘節機構2 0 ' 2 G’係提供-辅助該滑蓋模組6 0運動的作用力；並且，轉動輪1 〇、丄〇，、閘 門50和肘節機構2〇、2〇,在結構設計的配合 上’具有更確實和穩定的效果。 3.特別疋使該輔助裝置提供了一作用力來增加滑蓋模 組6 0運動的力| ;因此，這輔助裝置特別適於應 用在移動機體（或滑蓋組件）重量、規格和移動距 離較大的電子產品上。 4.該肘節機構2 〇 (例如，第一臂2丄和第二臂2 2 )在第一位置和第二位置之間的運動範圍或工作 角度範圍，係和該第一臂2 1、2 1，、第二臂2 表單編號A0101 第U頁/共27頁 M417757 [0033] [0034] [0035] [0036] [0037] 表單編珑Α0101 [ΪΟΟ年09月27日修正雜 2、2 2’的長度有相對關係的。也就是說，該第 一臂2 1、2 1 ,和第二臂2 2、2 2,的長度變 更（增長或縮短），會相對改變該第一位置和第二 位置之間的範圍》 故’本創作係提供了一有效的滑動輔助裝置， 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。 淮，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】 第1圖係本創作轉動輪、肘節機構和閘門之組合實施例 示忍圖，圖中假想線部分係顯示它們可配置在一載體上 的情形。 第2圖係第1圖之結構分解示意圖。 第3圖係第1圖之平面示意圖；圖中顯示該肘節機構係 位在初始位置的情形。 第4圖係本創作轉動輪、肘節機構和閘門之作動示意圖 ，圖中假想線部分係描繪了肘節機構越過該參考轴線的 情形。 第5圖係本創作轉動輪、肘節機構、閘門和滑蓋模組配 。之實施例7F意圖；圖巾假想㈣分賴*滑蓋模組位 第丨5頁/共27頁 M417757 100年09月27日修正_%頁 在開啟位置的情形。 [0038] 第6圖係本創作之一修正實施例示意圖；圖中係描繪了 轉動輪、肘節機構、閘門和滑蓋模组配合情形；圖中假 想線部分係顯示滑蓋模組位在開啟位置的情形。 【主要元件符號說明】 [0039] 10 ' 10’ 轉動輪 [0040] 20 ' 20’ 肘節機構 [0041] 21 > 21’ 第- -臂 [0042] 21a 、21a’ 第 一端 [0043] 21b 、21b，第 二端 [0044] 22 ' 22’ 第二 -臂 [0045] 22a 、22a，第 一端 [0046] 22b 、22b’ 第 二端 [0047] 23 ' 23’ 彈性器 [0048] 23a 樞接端 [0049] 23b 固定端 [0050] 30 ' 61基板 [0051] 40 固定器 [0052] 50 閘門 [0053] 51 齒紋 表單编號A0101 第16頁/共27頁 M417757 [0054] 60 滑蓋模組（或滑蓋組件） [0055] 61a 滑執 [0056] 62 輔板 [0057] 62a 槽軌 [0058] 62b 開孔 [0059] 63 帶輪 [0060] 63a 齒輪部 [0061] 64 從動輪 [0062] 65 滑動架 [0063] 66 線材 [0064] 67 迫緊輪 [0065] X 參考軸線 表單編號A0101 第17頁/共27頁 100年09月27日修正替換頁[^00^月27日, according to the replacement page I, the first arm, the second arm 21, 21', 22, 22, the elastic device 2 3, 2 3, and the structure of the gate 50, cooperate with the substrate 61, The auxiliary plate groove rail 6 2 a, etc., provides a reliable mechanism design to assist in increasing the smoothness and strength of the sliding module 6 ;; and also improves the smooth and smooth movement of the sliding cover module 6 〇 effect. 2. The rotating wheel 1 〇, 1 〇, the toggle mechanism 2 〇, 2 〇, the first and second arms 21, 21, 22, 22, the elastics 2 3, 2 3 , and the gate 50 The structural organization (for example, the pulley 63, the driven wheel 64 and the rotating wheel 1 〇, 1 〇, the transmission system between the gates 50 is a true meshing transmission type), so that the sliding module is used When the operation (especially the one-side thrust) occurs, the situation of sway or yaw in the old method is minimized as much as possible. That is, the turning wheel 1 〇, [0, the gate 5 〇 and the toggle mechanism 2 0 ' 2 G' provide the force for assisting the movement of the slide module 60; and, the rotating wheel 1 〇,丄〇, Gate 50 and the toggle mechanism 2〇, 2〇, have a more reliable and stable effect on the fit of the structural design. 3. In particular, the auxiliary device provides a force to increase the force of the sliding cover module 60; therefore, the auxiliary device is particularly suitable for use in moving the body (or slider assembly) weight, size and moving distance Larger electronics. 4. The range of motion or working angle of the toggle mechanism 2 〇 (eg, the first arm 2 丄 and the second arm 2 2 ) between the first position and the second position, and the first arm 21 2 1, second arm 2 form number A0101 page U / total 27 pages M417757 [0033] [0035] [0037] [0037] Form compilation 0101 [September 27th revised miscellaneous 2, 2 The length of 2' has a relative relationship. That is, the length of the first arm 2 1 , 2 1 , and the second arm 2 2 , 2 2 is changed (increased or shortened), and the range between the first position and the second position is relatively changed. 'This creation department provides an effective sliding auxiliary device. Its spatial type is different from the well-known ones, and it has the advantages unmatched in the old law. It shows considerable progress and has fully complied with the new patents. Essentials. Huai, the above is only a feasible embodiment of this creation, and is not intended to limit the scope of this creation, that is, the equivalent changes and modifications made by the scope of the patent application of this creation are included in the scope of the creation patent. cover. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a combination of the present embodiment of a rotating wheel, a toggle mechanism and a gate. The imaginary line portion of the figure shows that they can be disposed on a carrier. Figure 2 is a schematic exploded view of the structure of Figure 1. Fig. 3 is a plan view of Fig. 1 showing the state in which the toggle mechanism is in the initial position. Figure 4 is a schematic diagram of the operation of the rotating wheel, the toggle mechanism and the gate. The imaginary line in the figure depicts the situation in which the toggle mechanism passes over the reference axis. Figure 5 shows the creation of the rotating wheel, the toggle mechanism, the gate and the slide module. Example 7F intent; Fig. imaginary (4) Dependent * Slide module position Page 5 of 27 M417757 September 27, 100 revision _% page In the open position. 6 is a schematic diagram of a modified embodiment of the present invention; the figure depicts the cooperation of the rotating wheel, the toggle mechanism, the gate and the sliding cover module; the imaginary line part in the figure shows that the sliding cover module is located at Turn on the location. [Main component symbol description] [0039] 10 '10' rotating wheel [0040] 20 '20' toggle mechanism [0041] 21 > 21' first - arm [0042] 21a, 21a' first end [0043] 21b, 21b, second end [0044] 22 '22' second-arm [0045] 22a, 22a, first end [0046] 22b, 22b' second end [0047] 23 '23' Elastic [0048] 23a Pivot end [0049] 23b Fixed end [0050] 30 ' 61 base plate [0051] 40 Retainer [0052] 50 Gate [0053] 51 Tooth form number A0101 Page 16 of 27 M417757 [0054] 60 Slide module (or slide assembly) [0055] 61a Slipper [0056] 62 Auxiliary plate [0057] 62a Groove rail [0058] 62b Opening [0059] 63 Pulley [0060] 63a Gear section [0061] 64 Drive wheel [0062] 65 Slide frame [0063] 66 Wire [0064] 67 Force wheel [0065] X Reference axis form No. A0101 Page 17 of 27 Page 100 September 27 Revision replacement page