M414512 100年09月02日接正替換頁 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】M414512 September 2, 100, replace the page 5, the new description: [New technical field] [0001] This creation is related to a sliding aid for electronic objects; especially one and one sliding or moving The combination of the body, in the process of operation and coordination, can help to increase the dynamic stability of the moving body, reduce the sway and other new types of situations. [Prior Art]
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、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9921 3473號 「滑蓋組件及滑蓋式電子裝置」、第94127654號「滑蓋 裝置」、及第961 1 1 996號Γ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。 [0003]Application of a sliding system that can be reciprocated or slidable by external force, such as a mobile phone, a notebook computer, a pDA, a digital video camera, an e-book, etc. , closed function, has been a known skill; for example, Taiwan No. 9921 3473 "slide cover and slide type electronic device", No. 94127654 "sliding device", and 961 1 996 Γ sliding module And the application of the portable electronic device such as the "patent case" provides a typical embodiment. [0003]
個有關這類滑蓋模組在操作、運動方面的課題是 ’這類滑蓋模組或組件通常係應用移動架、連動板、複 數個彈&兀件、連動牽引的線材或設計特別形狀的導引 道等件的配合，來輔助該滑蓋模組產生開、閉運動 們應用在機體重量或移動距離較大的情形時在 力操作（例如，操作者實施單邊側推力）的過程中， ==易造成滑蓋心錢構產线動或偏擺的情形， 而影響該滑蓋榲紐 們所期㈣。、的平穩度，㈣種情形並不是我 [0004] 因此 者晉塞馆2關廷類滑蓋模組在實際的操作運動方面的 存在有下列的課題： 表單編號A0101 第3頁/共17頁 100年09月02日核正雜頁 [0005] 1 · 為了使該滑蓋模組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. 針對該辅助裝置的結構型態，必須考量提供一可信 賴和相異於習知結構的機構設計，來輔助增加上述 應用移動架、彈性元件、連動牽引的線材的作動平 穩度和強度，才能增進滑蓋模組運動的平穩順暢效 果。 特別是使該輔助裝置可應用在移動機體（或滑蓋組 件）重量和尺寸規格較大的電子產品上。 [0006] 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】 [0007] 爰是，本創作之主要目的即在於提供一種用於滑動 模組之輔助裝置，係包括一具有導行部的基板、一設置 在基板上形成轉動自如的帶輪、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導行部上；並且，滑動架係 可和一滑動模組組合，在滑動模組使該滑動架往復移動 表單编號A0101 第4頁/共17頁 M414512 100年09月02日核正替换頁 時，係驅使該線材帶動帶輪轉動，以改善舊法中作動不 平順的情形。 [0008] 根據本創作之用於滑動模組之輔助裝置，該線材的 部分線段係配置在該基板的導行部内，並且和該滑動架 樞接；以及，該基板在導行部的兩端係設置有一定位輪 ，以容許那些露在導行部外面的線材繞設在該定位輪和 帶輪上。在所採的實施例中，該定位輪可選擇轉動或不 轉動的型態。 [0009] 根據本創作之用於滑動模組之輔助裝置，該導行部 係形成一槽室的型態，用以配裝一滑轨；以及，容許該 滑動架裝在該滑執上，使滑動架可在滑轨或導行部上移 動自如。 [0010] 根據本創作之用於滑動模組之輔助裝置，該帶輪係 可驅動一傳動機構，來執行另一作動或作用。例如，使 帶輪傳動一從動輪；所述的從動輪係驅動一轉動輪和一 肘節機構。具體來說，該肘節機構係具有一第一臂，和 轉動輪樞接；一第二臂，和該第一臂樞接；以及一彈性 器，係配置在該第一臂和第二臂之間。因此，當滑蓋模 組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，以 產生一作用力輔助轉動輪轉動。也就是說，轉動輪和肘 節機構等傳動機構的設計，也可以提供一輔助該滑蓋模 組、帶輪、滑動架運動的作用力。 [0011] 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 表單編號A0101 第5頁/共17頁 M414512 解；如圖所示： 100年09月02 B核正替換頁 [0012] [0013] 【實施方式】 請參閱第1、2圖’本創作之用於滑動模组之辅助 裝置係包括-基板’概以參考編號i Q表示之。基板丄 0係選擇-體成型的板件型態，可配置在_電子器物的 固定機體（圖未顯示）上。在所採的實施例令基板工 0係具有-導行部1i(例如’圖中假想線部分所顯示 的部份L-配裝在導行部工i上的移動架或滑動架2 0 ’係可在導行部i i上移動自如。滑動架2〇係可和 一電子器物的移動機體或滑動模組（圖未顯示）組合。 該基板1 0上係設置有一轉動自如的帶輪3 〇，以及一 配置在帶輪30上的線材40等部份。 第1、2圖顯示出該導行部1 1係形成一槽室的型 態’用以配裝一滑轨1 2 ;以及’容許該滑動架2 〇裝 在該滑軌1 2上，使滑動架2 0可在滑軌1 2上移動自 如。或概略的說，該滑動架2 0係在導行部1 1上移動 自如。在一個較佳的實施例中，導行部1 1和該基板.1 0係可形成一體成型或形成各別的獨立組件，再加以組 合的型態；以及，該導行部1 1係定義有一第一端i工 a和一第二端1 1b。 [0014] 第2圖係描繪了該滑動架2 0 (底面或底部）設有 至少一手部2 1，使滑動架2 0配裝在該滑軌1 2 (或 導行部1 1 )上的型態。滑動架2 0也包含有一限制部 22，形成在該手部21上；用來配裝或組合固定該線 材4 0。在所採的實施例中，該限制部2 2係形成一嵌 表單编號A0101 第6頁/共17頁 [0015] 100年09月02日接正替換頁 槽的型態’用來嵌合或夾摯該線材40。 在一個較佳的實施例中’該帶輪30的周邊或圓周 端面3 1上係形成有凹槽3 2型態，供繞設該線材4 0 。帶輪3 0也設置有一齒輪部3 3 ;齒輪部3 3可被用 來傳動一從動輪或另一傳動機構（此部分在下文中還會 予以敘述）》 [0016] 請參考第1、2圖，該線材4 0的部分線段4 1係 配置在該基板1 〇的導行部丄丄内，並且和該滑動架2 〇的限制部2 2樞接；以及，該基板i 〇在接近導行部 1 1的兩端（即，第一端1 1 a和第二端工lb)區域 或位置上，係設置有一定位輪5 i ' 5 2，以容許那些 路在導行部1 1外面的線材4 〇 (包括線段4 2、4 3 、4 4)繞設在該定位輪5 i、5 2和帶輪3 〇上。在 所採的實施例中，該定位輪5 1、5 2可選擇轉動或不 轉動的型態。該基板1 〇上也設置有一迫緊輪5 3 ;所 述的迫緊輪5 3係可用來調整該線材4 〇的鬆緊度。 [0017] 上述線材4 0包括的線段4 1〜4 4為實施例說明 ，係定義該位在導行部1 1裏面的線材4 〇為線段4 1 ，定位輪5 2到帶輪3 0的線材4 0為線段4 2 ;定位 輪5 1到帶輪3 〇的線材4 0為線段4 3、4 4。 [0018] 請參閱第3圖，係描繪了該導行部1 1、滑動架2 Q、帶輪3 0和線材40的配合及運動情行《假設圖中 實線部分係代表滑動模組位在關閉位置（即，滑動架2 0位在導行部第一端11a的位置），係定義為第一位 表嚴紙置，圖中假想線部分係代表滑動模組位在開啟位置（即 編號A0101 第7頁/共Π頁 [0019]M414512One of the problems in the operation and movement of this type of slide module is that such slide modules or components are usually applied to moving frames, interlocking plates, multiple bullets and components, interlocking wires or special shapes. The cooperation of the guiding guides and the like to assist the sliding module to generate the opening and closing movements when the weight of the body or the moving distance is large (for example, the operator performs the one-side thrust) In the middle, == is easy to cause the sliding of the money to construct the line movement or yaw, and affect the period of the sliders (4). The stability of the (4) case is not my [0004] Therefore, the existence of the Jinsai Pavilion 2 Guanting type slide module has the following problems in the actual operation and movement: Form No. A0101 Page 3 of 17 September 2nd, 100th, 100th page [0005] 1 · In order to make the sliding module sway or yaw, as much as possible, the slider assembly should be equipped with an auxiliary device to help the sliding cover The stability of the movement. 2. In view of the structural type of the auxiliary device, it is necessary to consider providing a reliable and different structural design of the conventional structure to assist in increasing the smoothness and strength of the moving frame, the elastic member, and the linked traction wire. In order to improve the smooth and smooth movement of the slider module. In particular, the auxiliary device can be applied to an electronic product having a large weight and size of a moving body (or a slider assembly). [0006] Representatively, these references show the use and structural design of the slider module or its associated bonding assembly. 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] [0007] The main purpose of the present invention is to provide an auxiliary device for a sliding module, which comprises a substrate having a guiding portion, and a pulley disposed on the substrate to form a rotatable freely. 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 guiding portion; and the sliding frame can be combined with a sliding module, and the sliding frame is reciprocated in the sliding module. Form No. A0101 Page 4 / Total 17 pages M414512 On September 2, 100, when the replacement page was verified, the wire was driven to drive the pulley to rotate to improve the irregularity of the old method. According to the auxiliary device for a sliding module of the present invention, a part of the line segment of the wire is disposed in the guiding portion of the substrate and is pivotally connected to the sliding frame; and the substrate is at both ends of the guiding portion A positioning wheel is provided to allow those wires exposed outside the guiding portion to be wound around the positioning wheel and the pulley. In the embodiment taken, the positioning wheel can be selected for rotation or non-rotation. [0009] According to the creation of the auxiliary device for a sliding module, the guiding portion forms a groove type for fitting a sliding rail; and allowing the sliding frame to be mounted on the sliding handle, The carriage can be moved freely on the slide rail or the guide. [0010] According to the present invention, an auxiliary device for a sliding module, the pulley system can drive a transmission mechanism to perform another actuation or action. For example, the pulley is driven by a driven wheel; the driven wheel train drives a rotating wheel and a toggle mechanism. Specifically, the toggle mechanism has a first arm pivotally coupled to the rotating wheel; a second arm pivotally coupled to the first arm; and an elastic arm disposed on the first arm and the second arm between. Therefore, when the sliding cover mold drives the carriage to reciprocate, the wire drives the pulley and the rotating wheel to rotate, so that the elastic device of the toggle mechanism accumulates energy or releases energy to generate a force to assist the rotation of the rotating wheel. That is to say, the design of the transmission mechanism such as the rotating wheel and the toggle mechanism can also provide a force for assisting the movement of the sliding module, the pulley and the carriage. [0011] The novelty, features, and other purposes and effects of the present invention will be explained in the following with the detailed description of the drawings, and tend to form the M414512 solution of Form No. A0101 Page 5 of 17; As shown in the figure: 100 years September 02 B nuclear replacement page [0012] [Embodiment] Please refer to Figures 1 and 2 'The auxiliary device for sliding module of this creation includes - substrate' It is represented by reference number i Q . The substrate 丄 0 is a body-shaped plate type that can be placed on a fixed body (not shown) of the _ electronic object. In the embodiment taken, the substrate unit has a guide portion 1i (for example, 'the portion indicated by the imaginary line portion in the figure L-moving frame or carriage 20 fitted on the guide portion i' The movable frame can be moved freely on the guiding portion ii. The sliding frame 2 can be combined with a moving body or a sliding module (not shown) of an electronic object. The substrate 10 is provided with a rotatable pulley 3 〇 And a portion of the wire 40 and the like disposed on the pulley 30. The first and second figures show that the guide portion 11 forms a groove chamber type 'for fitting a slide rail 1 2 ; The carriage 2 is allowed to be mounted on the slide rail 12 so that the carriage 20 can move freely on the slide rail 12. Or, roughly speaking, the carriage 20 moves freely on the guide portion 1 1 In a preferred embodiment, the guiding portion 1 1 and the substrate .10 are formed in a form that is integrally formed or formed into separate components, and then combined; and the guiding portion 1 1 is A first end i a and a second end 1 1b are defined. [0014] Fig. 2 depicts the carriage 20 (bottom or bottom) provided with at least one hand 2 1 for sliding The frame 20 is fitted on the slide rail 1 2 (or the guide portion 1 1 ). The carriage 20 also includes a restriction portion 22 formed on the hand portion 21 for fitting or fixing The wire 40. In the embodiment taken, the restriction portion 2 2 forms an inset form number A0101 page 6 / a total of 17 pages [0015] 100 years of September 2, the type of the replacement page slot is replaced 'For fitting or clamping the wire 40. In a preferred embodiment, the periphery or circumferential end face 31 of the pulley 30 is formed with a groove 3 2 shape for winding the wire 4 0 The pulley 30 is also provided with a gear portion 3 3 ; the gear portion 33 can be used to drive a driven wheel or another transmission mechanism (this portion will be described later). [0016] Please refer to the first and second The partial line segment 4 1 of the wire member 40 is disposed in the guide portion 该 of the substrate 1 枢 and is pivotally connected to the restriction portion 22 of the carriage 2 ;; and the substrate i 〇 is in proximity At both ends (ie, the first end 1 1 a and the second end lb) of the row portion 1 1 , a positioning wheel 5 i ' 5 2 is provided to allow those roads to be outside the guiding portion 1 1 Line 4 〇 (including the segments 4 2, 4 3 , 4 4) are wound around the positioning wheels 5 i, 5 2 and the pulley 3 。. In the embodiment taken, the positioning wheels 5 1 , 5 2 are selectable Rotating or non-rotating type. The substrate 1 is also provided with a tensioning wheel 5 3; the pressing wheel 53 can be used to adjust the tightness of the wire 4 。. [0017] The wire 4 0 includes The line segments 4 1 to 4 4 are described as an embodiment, and the wire 4 〇 in the guiding portion 1 1 is defined as a line segment 4 1 , and the wire 4 0 of the positioning wheel 5 2 to the pulley 30 is a line segment 4 2 ; The wire 40 of the positioning wheel 5 1 to the pulley 3 为 is the line segment 4 3, 4 4 . [0018] Please refer to FIG. 3, which depicts the cooperation and movement of the guiding portion 1 1 , the carriage 2 Q , the pulley 30 and the wire 40. The assumption that the solid line portion represents the sliding module position In the closed position (ie, the position of the carriage 20 position at the first end 11a of the guide portion) is defined as the first position of the sheet, and the imaginary line portion of the figure represents the position of the slide module in the open position (ie No. A0101 Page 7 / Total Page [0019] M414512
1100年09月02日核正替換頁I ’滑動架20位在導行部第二端llb的位置），係定 義為第二位置。 當滑動模組帶動滑動帛2 〇從圖中的導行部第一端 11 a的位置（或第一位置）向第二端丄工b的位置（ 或第二位置）移動時’滑動架2 〇帶動線段斗丄向圖中 下方移動’而使線段4 2向圖中上方移動’帶動帶輪3 〇轉動’帛3圖的箭頭部份係顯示了帶輪3 〇的轉動方 向。以及，帶輪3 〇轉動係使該線段4 3 ' 4 4分別向 定位輪5 1的方向移動，進入該導行部丄丄；因此，整 個線材4 0料動係-循環運動，直騎動架2 〇移動 到導行αΡ 1 1的第二端1 1 b (即，圖中的假想線部分 顯示的位置），使滑動模組形成開啟狀態。 [0020] 可了解的是，當滑動架2 〇從導行部第二端i i b (或第二位置）向第一端i丄a (或第一位置）回動時 ，線段4 1係向圖中上方移動，而使線段4 2向圖中下 方移動，帶動帶輪3 〇轉動；以及，該線段4 3 ' 4 4 係分別從定位輪5 1朝帶輪3 0的方向移動，直到滑動 架2 〇移動到導行部1 1的第一端1丄a (即，圖中的 實現線部分顯示的位置），使滑動模組形成關閉狀態。 [0021] 在一個可行的實施例中，第3圖的假想線部分係描 緣了这帶輪3 〇係可縣動一傳動機構，來執行另一作動 或作用。例如，使帶輪3 〇傳動一從動輪6 〇 :所述的 從動輪6 0係驅動一轉動輪7 〇和一肘節機構8 〇 ;當 轉動輪7 0轉動時，轉動輪7 〇同時也可以驅動一間門 9 0產生線性位移。 表單编號A0101 第8頁/共17頁 100年09月02日修正替换頁 M414512 [0022] 具體來說，該肘節機構8 0係具有一第一臂8 1， 和轉動輪7 0框接；一第二臂8 2，和該第一臂8 1樞 接；以及一彈性器8 3，係配置在該第一臂8 1和第二 臂8 2之間。因此，當滑蓋模組帶動滑動架2 0往復移 動時，係使該線材4 0帶動帶輪30、從動輪60和轉 動輪7 0轉動，使肘節機構8 0的彈性器83蓄積能量 或釋放能量，以產生一作用力輔助轉動輪7 0轉動。也 . 就是說，轉動輪7 0和肘節機構8 0或閘門9 0等傳動 機構的設計，也可以提供一輔助該滑蓋模組、帶輪3 0 # 、滑動架20運動的作用力。 [0023] 代表性的來說，這用於滑動模組之輔助裝置在具備 有輔助滑蓋模組操作運動的條件下，相較於舊法而言， 係具有下列的考量條件和優點： [0024] 1. 該滑動架2 0設置在導行部1 1 (或滑軌1 2 )上 ，以及它們和帶輪3 0、線材4 0的結構配合型態 ，係改善了舊法中作動不平順或因操作者實施單邊 侧推力造成滑蓋模組或機構產生晃動或偏擺的情形 2. 針對該辅助裝置的結構型態，係提供了一個可信賴 和相異於習知結構的配置設計，來輔助增加滑動模 組的作動平穩度和順暢性的效果。 特別是使該輔助裝置可特別適用在移動機體（或滑 蓋組件）重量和尺寸規格較大的電子產品上。 [0025] 故，本創作係提供了一有效的用於滑動模組之輔助 裝置，其空間型態係不同於習知者，且具有舊法中無法 表單编號A0101 第9頁/共17頁 M414512 100年09月02日修正替换頁 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。 [0026] 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】 [0027] 第1圖係本創作基板、滑動架、帶輪和線材之組合實施 例示意圖；圖中假想線部分係顯示導行部配置或形成在 基板上的情形。 [0028] 第2圖係第1圖之結構分解示意圖。 [0029] 第3圖係第1圖之平面示意圖；圖中假想線部分係分別 顯示該滑動架的移動情形，以及帶輪驅動一傳動機構的 情形。 【主要元件符號說明】 [0030] 10 基板 [0031] 11導行部 [0032] 11 a 第一端 [0033] lib 第二端 [0034] 12 滑轨 [0035] 20滑動架 [0036] 21 手部 表單编號A0101On September 2, 1100, the replacement page I ‘the position of the carriage 20 at the second end 11b of the guide” is defined as the second position. When the sliding module drives the sliding 帛 2 移动 from the position (or the first position) of the first end 11 a of the guide portion to the position (or the second position) of the second end completion b (the carriage 2) 〇Drive the line bucket to move downwards in the figure' and move the line segment 4 2 upwards in the figure. 'Drive the pulley 3 〇 Rotate' 帛3 The arrow part of the figure shows the direction of rotation of the pulley 3 〇. And the pulley 3 〇 rotation system moves the line segments 4 3 ′ 4 4 to the positioning wheel 5 1 respectively, and enters the guiding portion 丄丄; therefore, the entire wire material is driven by the circulatory motion, and the motor is directly ridden. The carriage 2 is moved to the second end 1 1 b of the guide α Ρ 1 1 (i.e., the position indicated by the imaginary line portion in the figure), so that the slide module is turned on. [0020] It can be understood that when the carriage 2 is retracted from the second end iib (or the second position) of the guiding portion to the first end i丄a (or the first position), the line segment 4 1 is oriented. The upper middle moves, and the line segment 4 2 moves downward in the figure to drive the pulley 3 〇 to rotate; and the line segment 4 3 ' 4 4 moves from the positioning wheel 51 to the pulley 30 respectively until the carriage 2 〇 Move to the first end 1丄a of the guide unit 1 1 (ie, the position where the line portion is displayed in the figure), so that the slide module is in a closed state. [0021] In one possible embodiment, the imaginary line portion of Figure 3 depicts the pulley 3 as a transmission mechanism to perform another actuation or action. For example, the pulley 3 〇 is driven by a driven wheel 6 〇: the driven wheel 60 drives a rotating wheel 7 〇 and a toggle mechanism 8 〇; when the rotating wheel 70 rotates, the rotating wheel 7 〇 A door 90 can be driven to produce a linear displacement. Form No. A0101 Page 8 of 17 Page 100 September 02 Correction Replacement Page M414512 [0022] Specifically, the toggle mechanism 80 has a first arm 181 and a rotating wheel 70 A second arm 8 2 is pivotally coupled to the first arm 81; and an elastic member 8 3 is disposed between the first arm 81 and the second arm 8 2 . Therefore, when the slider module drives the carriage 20 to reciprocate, the wire 40 drives the pulley 30, the driven wheel 60 and the rotating wheel 70 to rotate, so that the elastic device 83 of the toggle mechanism 80 accumulates energy or The energy is released to generate a force to assist the rotation of the rotating wheel 70. That is, the design of the transmission mechanism such as the rotating wheel 70 and the toggle mechanism 80 or the gate 90 can also provide a force for assisting the movement of the slider module, the pulley 30, and the carriage 20. [0023] Typically, the auxiliary device for the sliding module has the following considerations and advantages compared with the old method under the condition that the auxiliary slider module is operated: [ 0024] 1. The carriage 20 is disposed on the guiding portion 1 1 (or the sliding rail 1 2 ), and their structural fit with the pulley 30 and the wire 40 is improved in the old method. A situation in which the slider module or mechanism is swayed or yawed by the operator's single-sided side thrust. 2. The configuration of the auxiliary device provides a configuration that is trustworthy and different from the conventional structure. Designed to assist in increasing the smoothness and smoothness of the sliding module. In particular, the auxiliary device can be particularly suitably applied to electronic products having a large weight and size specifications of the mobile body (or the slider assembly). [0025] Therefore, the present invention provides an effective auxiliary device for the sliding module, the spatial type is different from the conventional one, and has the old method in the form number A0101 page 9 / 17 pages M414512 On September 2, 100, the advantages of the replacement page were revised, and the system showed considerable progress. It has fully met the requirements of the new patent. [0026] However, the above-mentioned ones are only for the feasible embodiments of the present invention, and are not intended to limit the scope of the present invention, that is, the equal changes and modifications made by the scope of the patent application of the present invention are the creation patents. Covered by the scope. BRIEF DESCRIPTION OF THE DRAWINGS [0027] Fig. 1 is a schematic view showing a combination of a substrate, a carriage, a pulley and a wire; the imaginary line portion in the figure shows a case where the guide portion is disposed or formed on a substrate. 2 is a schematic exploded view of the structure of FIG. 1. 3 is a plan view of the first drawing; the imaginary line portion in the figure shows the movement of the carriage, and the case where the pulley drives a transmission mechanism. [Main component symbol description] [0030] 10 substrate [0031] 11 guide [0032] 11 a first end [0033] lib second end [0034] 12 slide rail [0035] 20 carriage [0036] 21 hand Part form number A0101
第10頁/共17頁 M414512Page 10 of 17 M414512
[0037] 22 限制部 [0038] 30 帶輪 [0039] 31 圓周端面 [0040] 32 凹槽 [0041] 33 齒輪部 [0042] 40 線材 [0043] 41 、42、43、44 線段 [0044] 51 、52定位輪 [0045] 53 迫緊輪 [0046] 60 從動輪 [0047] 70 轉動輪 [0048] 80 肘節機構 [0049] 81 第一臂 [0050] 82 第二臂 [0051] 83 彈性器 [0052] 90 閘門 表單編號A0101 第11頁/共17頁 100年09月02日按正替換頁22 Restriction [0038] 30 Pulley [0039] 31 circumferential end face [0040] 32 groove [0041] 33 gear portion [0042] 40 wire [0043] 41, 42, 43, 44 segment [0044] 51 , 52 positioning wheel [0045] 53 pressing wheel [0046] 60 driven wheel [0047] 70 rotating wheel [0048] 80 toggle mechanism [0049] 81 first arm [0050] 82 second arm [0051] 83 elastic [0052] 90 Gate Form No. A0101 Page 11 of 17 Page 100 September 02 Pressing the Replacement Page