M443203 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種執行電子器物之運動模組開啟 模式之控制裝置；特別是指一種應用一載體和彈性體的 組合，在運動模組通過載體時，即容許操作者執行轉動 (開啟模式）之新型者。 【先前技術】 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。 這類滑蓋模組或組件通常係應用移動架、連動板、 複數個彈性元件、連動牽引的線材或設計特別形狀的導 引軌道等組件的配合，來輔助該滑蓋模組產生開、閉運 動。為了增加滑蓋模組的動作，習知技藝也已揭露一種 使滑蓋模組具有移動和轉動作用的結構；例如，第 9621 5002號「具滑移及旋轉功能之轉軸結構」、第 96205828號「滑移組件及其轉轴結構（二）」專利案等 ，係提供了可行的實施例。 [0004] 舊法中也揭露了 一種使滑蓋模組具有移動和轉動作M443203 V. New description: [New technical field] This creation is about a control device for executing the opening mode of the motion module of an electronic device; in particular, it is a combination of a carrier and an elastomer, which is passed through the motion module. In the case of a carrier, a novelty that allows an operator to perform a rotation (on mode). [Prior Art] A slide system that can be reciprocated or slidable by external force can be mounted on an electronic object such as a mobile phone, a notebook computer, a pda, a digital video camera, an e-book, etc., so that the slider member can be It is a well-known skill to exercise and have an 'opening' function. Such a slide module or assembly is usually a combination of a moving frame, a linkage plate, a plurality of elastic members, a linked traction wire or a specially shaped guide rail to assist the slide module to open and close. motion. In order to increase the movement of the slider module, the prior art has also disclosed a structure for moving and rotating the slider module; for example, No. 9621 5002 "Rotary shaft structure with slip and rotation function", No. 96205828 The "slip component and its shaft structure (2)" patent case, etc., provide a feasible embodiment. [0004] The old method also discloses a method for moving and rotating the slide module.
用的結構；例如，US 2008/01 74942 A1「HANDHELD ELECTRONIC DEVICE」（相同於台灣第 96102224號「 手持式電子裝置」）專利案，係提供了一個具體的實施 例。在這實施例中，它包含一具有輸入單元的本體和一 1012030076-0 顯示部；以及，一連接機構，樞接該本體和顯示部。該 10120929产單編號A0101 第4頁/共23頁 M443203 連接機構包含至少一轉軸，固定在該本體内；一第一板 件連接該顯示部；以及，一第二板件，以滑動方式與該 第一板件連接；並且，該第二板件之至少一邊固定在該 轉轴上。當第一板件上的顯示部滑動到曝露該轉軸時， 該顯示部相對於該本體轉動。 [0005] 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，因應電子器物輕巧、薄型化的造型設計趨勢 及其内部結構和空間配置型態的考量，該顯示部必須滑 動到該轉軸被曝露後，才能開始操作該顯示部轉動打開 的模式，係影響了整個電子器物的視覺美觀，而這種情 形並不是我們所期望的。 [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模組（或運動模組）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，不僅可設計提供一結構精簡的作用， 同時也改善習知技藝的操作運動模式影響整個電子器物 的視覺美觀等情形。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執行電子 器物之運動模組開啟模式之控制裝置，以改善習知技藝 執行轉動開啟模式需露出轉軸，影響視覺美觀之情形。 該電子器物包括一可往復移動的運動模組和一機體模組 101209291^單編號 A〇101 第5頁/共23頁 1012030076-0 M443203 :該控制裝置係設置在運動模組運動的路徑上，包括一 具有阻擋部的載體和一彈性體的組合。該彈性體常態性 的使載體位在一第一位置，以及在載體被壓時，讓載體 朝一第二位置運動。並且，該控制裝置容許運動模組越 過該阻擋部後，即操作運動模組執行轉動（開啟模式） 〇 [0008] 根據本創作執行電子器物之運動模組開啟模式之控 制裝置，該載體和彈性體係設置在一槽室裏面；所述的 槽室係形成在該機體模組上。該運動模組係設置有一限 制部，在運動模組往動使限制部到達載體時，限制部會 被載體的阻擋部擋住；以及，配合操作運動模組轉動或 上升，讓限制部越過阻擋部，而完成運動模組的轉動開 啟模式。 [0009] 根據本創作執行電子器物之運動模組開啟模式之控 制裝置，該運動模組和機體模組之間設置有一轉軸，和 一樞接轉軸的基架《所述的基架係和運動模組組合，使 運動模組沿著基架形成往復移動自如的型態；並且，在 運動模組的限制部到達載體阻擋部後，配合操作運動模 組以轉軸為轴支點轉動或上升，讓限制部越過阻擋部， 而完成運動模組的轉動開啟模式。 【實施方式】 [0010] 請參閱第1圖，本創作執行電子器物之運動模組開 啟模式之控制裝置，係包括一電子器物和一控制裝置的 組合；概分別以參考編號1 0、2 0表示之。電子器物 1 0包括一運動模組1 1和一機體模組1 2 ;機體模組 ΙΟΙ·#單編號 A0101 第6頁/共23頁 1012030076-0 M443203 12具有一訊息輪入區（例如，鍵盤）。在一個可行的 實施例中，為了使運動模組i丨與機體模組i 2之間獲 得可相對移動和轉動的作用’該運動模組i丄和機體模 組1 2之間m轉轴3 G ’和-樞接轉軸3 〇的基 架4 0。在所採的實施例中，機體模組i 2設有一凹室 1 4，配裝泫轉軸3 0。以及，該運動模組i i係包括 有一成凸肋型態的限制部1 3，形成在靠近使用者端的 位置上。The structure used; for example, US 2008/01 74942 A1 "HANDHELD ELECTRONIC DEVICE" (same as Taiwan No. 96102224 "Handheld Electronic Device") patent case provides a specific embodiment. In this embodiment, it comprises a body having an input unit and a 1012030076-0 display portion; and a connection mechanism pivotally connecting the body and the display portion. The 10120929 production order number A0101 page 4 / 23 pages M443203 connection mechanism comprises at least one rotating shaft fixed in the body; a first plate is connected to the display portion; and a second plate is slidingly The first plate is connected; and at least one side of the second plate is fixed to the rotating shaft. The display portion rotates relative to the body when the display portion on the first panel slides to expose the rotating shaft. [0005] A subject related to the above-described embodiments in terms of operation, motion, and structural design is that the display portion must slide to the size of the electronic device in terms of its light and thin design trend and its internal structure and spatial configuration. After the rotating shaft is exposed, the mode of turning and opening the display portion can be started, which affects the visual appearance of the entire electronic object, and this situation is not what we expect. [0006] Representatively, these references show the use and structural design of the slider module or its associated bonding assembly. If the re-design considers the slide module (or motion module) and related component structure, and the above application scenarios, so that it is different from the conventional one, it will be able to change its use type and increase its application range. It is different from the old method; in essence, it can not only design and provide a structural simplification, but also improve the visual aesthetics of the entire electronic device by the operational motion mode of the conventional art. None of these topics have been specifically taught or disclosed in the above patents. [New Content] [0007] The main purpose of this creation is to provide a control device for executing the motion module opening mode of an electronic device, so as to improve the situation in which the conventional technology performs the rotation opening mode to expose the rotating shaft and affect the visual beauty. . The electronic device comprises a reciprocating movement module and a body module 101209291 ^ single number A 〇 101 page 5 / 23 pages 1012030076-0 M443203: the control device is arranged on the path of the movement module movement, A combination of a carrier having a barrier and an elastomer is included. The elastomer normalizes the carrier in a first position and moves the carrier toward a second position when the carrier is compressed. Moreover, the control device allows the motion module to execute the rotation after the motion module passes over the blocking portion (the open mode). [0008] The control device for performing the motion module opening mode of the electronic object according to the present creation, the carrier and the elasticity The system is disposed in a tank chamber; the tank chamber is formed on the body module. The motion module is provided with a restriction portion. When the motion module moves forward to cause the restriction portion to reach the carrier, the restriction portion is blocked by the blocking portion of the carrier; and, in conjunction with the operation, the motion module rotates or rises, and the restriction portion passes over the blocking portion. And complete the rotation opening mode of the motion module. [0009] According to the present invention, a control device for executing a motion module opening mode of an electronic object is provided, and a rotating shaft is disposed between the motion module and the body module, and a base frame pivotally coupled to the rotating shaft The combination of the modules enables the motion module to form a reciprocating and movable shape along the base frame; and, after the restriction portion of the motion module reaches the carrier blocking portion, the motion module is rotated or raised with the rotation axis as a pivot point, so that The restricting portion passes over the blocking portion to complete the rotational opening mode of the motion module. [Embodiment] [0010] Referring to FIG. 1 , the control device for performing the motion module opening mode of the electronic device includes a combination of an electronic device and a control device; respectively, reference numerals 1 0, 2 0 respectively Express it. The electronic device 10 includes a motion module 1 1 and a body module 1 2; the body module ΙΟΙ·# single number A0101 page 6 / 23 pages 1012030076-0 M443203 12 has a message wheeling area (for example, a keyboard ). In a feasible embodiment, in order to obtain a relative movement and rotation between the motion module i丨 and the body module i 2, the motion module i丄 and the body module 12 are between the m-axis 3 G 'and - pivoting the base 40 of the rotating shaft 3 〇. In the embodiment taken, the body module i 2 is provided with an alcove 1 4 fitted with a rotating shaft 30. And, the motion module i i includes a restricting portion 13 having a rib shape, which is formed at a position close to the user end.
第1圖顯示了基架4 0係形成一板狀物的型態，具 有一類似U形斷面型態的聯結部4 3，配裝一設置在運 動模組1 1側邊上的槽道1 5。因此，槽道丄5可相對 於基架4 0的聯結部4 3，使運動模組1 1沿著基架4 0相對移動；以及，在運動模组1 1往動到一設定位置 (這部份在下文中還會予以敘述）時，運動模組i丄被 容許以轉轴3 0為轴支點執行轉動或上升運動。 [0012] 第1、2圖也描繪了該運動模組1 1和基架4〇之 間設置有一第一彈性器5 0和一第二彈性器6 〇。具體 來說’該運動模組1 1設置有一轨道1 6 ;軌道1 6包 含一第一段16a、一連接第一段i6a的彎部16b 、和一連接彎部1 6 b的第二段16c。該基架40設 i肴一第一導槽41和一第二導槽42;以及，該第一 、二彈性器5 0、6 0分別具有一固定端5 1、6 1， 和一運動端5 2、62。該固定端51、61係固定在 基架40上。該運動端5 2係樞接在運動模組1 1的轨 道1 6和基架4 0的第一導槽4 1上；該運動端6 2係 1012〇929产單編號 A0101 第7頁/共23頁 1012030076-0 [0013]M443203 抱接在運動模組1 1的軌道1 6和基架4 0的第二導槽 4 2上。 請參考第1圖，該控制裝置2 〇係設置在運動模組 1 1運動的路徑上’包括一具有阻擋部2 6的載體2 1 和一彈性體2 2的組合。該載體2 1和彈性體2 2係設 置在一槽室17襄面；彈性體2 2係選擇一螺旋彈簧的 型態’常態性的使載體2 1位在一第一位置，以及在載 體2 1被壓時，讓載體2 1朝一第二位置運動。 [0014] 詳細來說，該槽室1 7係形成在該機體模組1 2上 ’形成有至少一穴1 8和一凹部1 9。該載體2 1設置 有至少一臂2 3和形成在臂2 3上的指部2 4 ;該載體 21設置有至少一樁25(編號係標示在第3圖），用 來裝配該彈性體2 2。因此，第3圖特別顯示出載體2 1的樁2 5和彈性體2 2係裝設在該槽室1 7的穴1 8 裏面；並且，該臂2 3的指部2 4係組合在該槽室凹部 1 9上。原則上，第3圖描繪載體2 1配合彈性體2 2 的位置係定義為第一位置。 [0015] 請參閱第2圖，顯示了運動模組1 1蓋合在機體模 組1 2上的情形’係定義運動模組1 1位在初始位置。 這時’第一彈性器5 〇的運動端5 2係位在軌道第一段 1 6 a的端點和第一導槽4 1中間區域的位置；第二彈 性器6 0的運動端6 2係位在軌道彎部1 6b和接近第 二導槽4 2端點的位置，形成拉伸的儲能狀態。 [0016] 請參考第2、4圖’當運動模組1 1受力往動時， 該第一 1〇12〇929产單编號 A0101 彈性器5 0、60的運動端52、62受到 第8頁/共23頁 1012030076-0 M443203 執道16牽引，第一彈性器5 0的運動端52係相對從 轨道第一段16a經彎部16b (第一彈性器5〇形成 拉伸的儲能狀態），移動到第二段16c (第一彈性器 5 0形成釋能狀態）的位置；這時，第一彈性器5 〇的 運動端5 2因位在執道第二段1 6c的位置，以及第一 彈性器5 0形成釋能狀態，因此該運動端5 2係位在接 近第一導槽4 1的端點位置上。該第二彈性器6 〇的運 動端62係相對從轨道彎部16b (第二彈性器形 成拉伸的儲能狀態），移動到第二段16c(第二彈性 益6 0形成釋能狀態）的位置；這時，第二彈性器6 ◦ 的運動端6 2因位在轨道第二段1 6 c的位置，以及第 二彈性器6 0形成釋能狀態，因此該運動端6 2係位在 接近第一導槽4 2的端點位置上。例如，第4圖所描繪 的情形》 [0017] 基本上，該運動模組i i的轨道i 6配合第一、二 彈性盗50、60和基架40的第一、二導槽41、4 2 ’係可讓使用者操作運動模組1 1時獲得一省力的作 用"可了解的是，應用其他的滑動裝置也可使運動模組 11與機體模组12之間達到相對移動的作用。 [0018] 請參閱第3、4圖，係描繪了該運動模組1 1受力 往動，限制部1 3到達該載體2 i的位置和情形。當限 制部13到達載體2 1之位置時，限制部} 3會被載體 2 1的阻擔部2 6擋住（或限制部1 3和阻擋部2 6形 成干涉）’在一個較佳的實施例中，該運動模組1 1和 機體模組1 2之間係具有一間距s。所述的間距s係提 1012092#單編號 A0101 第9頁/共23頁 1012030076-0 M443203 供使用者操作運動模組1 1以轉軸3 0為支點，產生轉 動或上升，使該限制部1 3越過阻擋部2 6 ;例如，第 5圖所描繪的情形。 [0019] 第5圖也顯示了該限制部1 3下壓載體2 1，使載 體2 1朝第二位置運動，並且迫使彈性體2 2儲存能量 的情形。因此，隨著運動模組1 1的往（移）動和轉動 操作（例如，第6圖所描繪的情形），而完成運動模組 1 1的轉動開啟模式。第6圖也顯示了當限制部1 3離 開載體2 1時，彈性體2 2係釋放先前蓄積的能量，使 載體21回到第一位置的情形。 [0020] 代表性的來說，這執行電子器物之運動模組開啟模 式之控制裝置在具備有輔助運動模組11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 [0021] 1.該運動模組1 1、機體模組1 2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；實質上，也提供了 一個結 構精簡的作用。例如，該載體2 1和彈性體2 2的 組合，並且使載體2 1可移動於第一位置和第二位 置的設置在槽室1 7裏面；以及，該限制部1 3和 載體阻擋部2 6的配合結構等。 2.相較於習知技藝而言，上述運動模組1 1在往動行 程中，應用限制部1 3和載體阻擋部2 6的配合， 使運動模組1 1在還沒到達轉軸3 0的位置，即必 1012092#單編號 Α0101 第10頁/共23頁 1012030076-0 M443203 須操作運動模組11轉動（或上升），並且配合運 動模組1 1的移動和轉動操作，係改善了習知技藝 執行轉動開啟模式需露出轉轴，影響視覺美觀之情 形。 故，本創作係提供了一有效的執行電子器物之運動 模組開啟模式之控制裝置，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。 φ [0022] 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】 [0023] 第1圖係本創作之結構分解示意圖。 [0024] 第2圖係本創作運動模組蓋合在機體模組之結構組合示 φ 意圖；圖▼虛線部分顯示了該槽室和限制部的位置；以 及，該轨道、基架的第一、二導槽和第一、二彈性器配 置的情形。 [0025] 第3圖係本創作之局部結構剖視示意圖；描繪了該運動 模組往動行程，該限制部被載體阻擋部擋住的情形。 [0026] 第4圖係本創作之一操作實施例示意圖；顯示了該運動 模組往動行程，該限制部到達載體阻擋部的情形；以及 ，該第一、二彈性器和基架第一、二導槽等部份之相關 位置的情形。 10120929产單編號 AQ1G1 ^ 11 I / * 23 I 1012030076-0 M443203 [0027] 第5圖係本創作之一操作實施例示意圖；描繪了操作該 運動模組轉動或上升，使限制部越過載體阻擋部的情形 [0028] 第6圖係本創作之又一操作實施例示意圖；顯示了操作 運動模組的往（移）動和轉動，及限制部離開載體，彈 性體釋放能量，使載體回到第一位置的情形。 【主要元件符號說明】 [0029] 1 0電子器物Fig. 1 shows a form in which the pedestal 40 forms a plate, and has a coupling portion 43 similar to a U-shaped profile, and is fitted with a channel disposed on the side of the motion module 1 1 . 1 5. Therefore, the channel 丄 5 can relatively move the motion module 1 1 along the pedestal 40 relative to the coupling portion 4 3 of the pedestal 40; and, move the motion module 1 1 to a set position (this When part will be described later, the motion module i丄 is allowed to perform the rotation or ascending motion with the shaft 30 as the pivot point. [0012] Figures 1 and 2 also illustrate that a first elastic member 50 and a second elastic member 6 are disposed between the motion module 1 1 and the base frame 4 . Specifically, the motion module 1 1 is provided with a track 16; the track 16 includes a first segment 16a, a curved portion 16b connecting the first segment i6a, and a second segment 16c connecting the curved portion 16b. . The base frame 40 is provided with a first guiding slot 41 and a second guiding slot 42; and the first and second elastic members 50, 60 have a fixed end 5 1 , 6 1 and a moving end respectively 5 2, 62. The fixed ends 51, 61 are fixed to the base frame 40. The moving end 52 is pivotally connected to the track 16 of the motion module 1 1 and the first guiding slot 4 1 of the base frame 40; the moving end 6 2 is 1012〇929, the single number A0101, page 7 / total 23 pages 1012030076-0 [0013] M443203 is attached to the track 16 of the motion module 1 1 and the second channel 4 2 of the pedestal 40. Referring to Fig. 1, the control device 2 is disposed on the path of the movement of the motion module 1 and includes a combination of a carrier 2 1 having a blocking portion 26 and an elastomer 2 2 . The carrier 2 1 and the elastomer 2 2 are disposed in a groove chamber 17; the elastomer 2 2 selects a type of coil spring 'normality such that the carrier 21 is in a first position, and the carrier 2 When the 1 is pressed, the carrier 21 is moved toward a second position. [0014] In detail, the tank chamber 17 is formed on the body module 1 2 and has at least one hole 18 and a recess 19 formed. The carrier 21 is provided with at least one arm 23 and a finger 24 formed on the arm 23; the carrier 21 is provided with at least one post 25 (numbered in Figure 3) for assembling the elastomer 2 2. Therefore, Fig. 3 particularly shows that the pile 2 5 of the carrier 21 and the elastomer 2 2 are mounted in the pocket 18 of the chamber 17; and the fingers 24 of the arm 23 are combined The chamber recess 19 is on the chamber. In principle, Figure 3 depicts the position of the carrier 21 fitted with the elastomer 2 2 as the first position. [0015] Referring to FIG. 2, the case where the motion module 1 1 is attached to the body module 12 is shown. The motion module 11 is defined in the initial position. At this time, the moving end 5 2 of the first elastic member 5 系 is at the position of the end point of the first segment 16 6 a of the track and the intermediate portion of the first guiding groove 4 1; the moving end 6 2 of the second elastic device 60 Positioned at the track bend 16b and the end of the second guide groove 4 2, a tensile energy storage state is formed. [0016] Please refer to FIG. 2 and FIG. 4 'When the motion module 1 1 is forced to move, the first end 12 〇 929 is numbered A0101. The moving ends 52, 62 of the elastics 50, 60 are subjected to the first 8 pages/total 23 pages 1012030076-0 M443203 The road 16 is pulled, and the moving end 52 of the first elastic member 50 is opposite to the first portion 16a of the track via the bent portion 16b (the first elastic member 5〇 forms the tensile energy storage) State), moving to the position of the second segment 16c (the first elastic member 50 forms the release state); at this time, the moving end 52 of the first elastic member 5 is positioned at the position of the second segment 16c of the obedient, And the first elastic member 50 forms a release state, so that the movable end 52 is tied to the end position of the first guide groove 41. The moving end 62 of the second elastic member 6 is moved relative to the second curved portion 16b (the second elastic member forms a stretched energy storage state) to the second portion 16c (the second elastic benefit 60 forms a release state) Position of the second elastic device 6 因 at the position of the second segment 16 c of the track, and the second elastic member 60 forms a release state, so the moving end 6 2 is in the position Near the end position of the first guide groove 42. For example, the situation depicted in FIG. 4 [0017] Basically, the track i 6 of the motion module ii cooperates with the first and second spring shoes 50, 60 and the first and second guide grooves 41, 4 2 of the base frame 40. 'The system allows the user to obtain a labor-saving effect when operating the motion module 1'. It can be understood that the application of other sliding devices can also achieve the relative movement between the motion module 11 and the body module 12. [0018] Referring to Figures 3 and 4, the position and condition of the motion module 1 1 being forced to move and the restriction portion 13 reaching the carrier 2 i are depicted. When the restricting portion 13 reaches the position of the carrier 21, the restricting portion}3 is blocked by the resisting portion 26 of the carrier 2 (or the restricting portion 13 and the blocking portion 26 form interference)" in a preferred embodiment The motion module 1 1 and the body module 12 have a spacing s. The spacing s is 1012092# single number A0101, page 9 / total 23 pages 1012030076-0 M443203 for the user to operate the motion module 1 1 with the rotating shaft 30 as a fulcrum, causing rotation or rising, so that the limiting portion 1 3 Crossing the barrier 26; for example, the situation depicted in Figure 5. [0019] Fig. 5 also shows the case where the restricting portion 13 presses the carrier 2 1 to move the carrier 21 toward the second position and forces the elastic body 2 2 to store energy. Therefore, the rotation opening mode of the motion module 11 is completed with the moving (moving) and rotating operation of the motion module 1 (e.g., the situation depicted in Fig. 6). Fig. 6 also shows that when the restricting portion 13 is separated from the carrier 21, the elastic body 2 2 releases the previously accumulated energy to return the carrier 21 to the first position. [0020] Typically, the control device for performing the motion module on mode of the electronic device has the following considerations under the condition that the operation of the auxiliary motion module 11 is performed, compared with the old method. And advantages [0021] 1. The motion module 1 1 , the body module 12 or its related combination components have been redesigned in terms of structural design and organizational relationship, making it different from the practitioner; and also changing it The type of use and scope of application differs from the old one; in essence, it also provides a structural simplification. For example, a combination of the carrier 21 and the elastomer 2 2, and the carrier 21 is movable in the first position and the second position in the chamber 17; and the restricting portion 13 and the carrier blocking portion 2 6 mating structure and so on. 2. Compared with the prior art, the motion module 1 1 applies the cooperation of the limiting portion 13 and the carrier blocking portion 26 in the forward stroke, so that the motion module 1 1 has not reached the rotating shaft 30. The position, that is, must be 1012092# single number Α 0101 page 10 / total 23 page 1012030076-0 M443203 The movement module 11 must be operated to rotate (or rise), and with the movement and rotation of the motion module 1 1 Knowing the skill to turn the opening mode requires exposing the rotating shaft, affecting the visual beauty. Therefore, the creation department provides an effective control device for executing the motion module opening mode of the electronic device, and its spatial type is different from the conventional one, and has the advantages unmatched in the old method, and the system exhibits considerable Progress, Cheng has fully met the requirements of the new patent. φ [0022] However, the above is only a feasible embodiment of the present invention, and is not intended to limit the scope of the implementation of the present invention, that is, the equivalent changes and modifications made by the scope of the patent application of the present creation are all creations. Covered by the scope of patents. [Simple Description of the Drawings] [0023] Fig. 1 is a schematic exploded view of the structure of the present creation. [0024] Figure 2 is a schematic view of the structure of the body module attached to the body module; φ is intended; the dotted line of the figure shows the position of the slot and the restriction; and the first of the track and the base , two guide slots and the first and second elastic configuration. 3 is a schematic cross-sectional view showing a partial structure of the present invention; depicting a case where the moving module is traveling, and the restricting portion is blocked by the carrier blocking portion. [0025] FIG. 4 is a schematic diagram of an operational embodiment of the present invention; showing a moving stroke of the motion module, the restriction portion reaching a carrier blocking portion; and the first and second elastic members and the pedestal first The situation of the relevant position of the part of the second guide groove. 10120929 One-piece number AQ1G1 ^ 11 I / * 23 I 1012030076-0 M443203 [0027] Figure 5 is a schematic diagram of one embodiment of the operation of the present invention; depicting the operation of the motion module to rotate or rise, so that the restriction portion passes over the carrier barrier [0028] Figure 6 is a schematic diagram of still another operational embodiment of the present invention; showing the movement (movement) and rotation of the operating motion module, and the restriction portion leaving the carrier, the elastic body releasing energy, causing the carrier to return to the first The situation of a location. [Main component symbol description] [0029] 1 0 electronic device
[0030] 11運動模組 [0031] 12機體模組 [0032] 13限制部 [0033] 14 凹室 [0034] 1 5 槽道 [0035] 16 轨道 [0036] 16a 第一段 [0037] 16b 彎部 [0038] 16c 第二段 [0039] 17 槽室 [0040] 1 8 穴 [0041] 19 凹部 [0042] 20控制裝置 1012030076-0 1{)12()9291^單编號 A0101 第 12 頁 / 共 23 頁 M443203 [0043] [0044] [0045] [0046] [0047] [0048] [0049]11 [0030] 11 motion module [0031] 12 body module [0032] 13 restriction [0033] 14 alcove [0034] 1 5 channel [0035] 16 track [0036] 16a first paragraph [0037] 16b bend [0038] 16c second paragraph [0039] 17 trough chamber [0040] 1 8 hole [0041] 19 recess [0042] 20 control device 1012030076-0 1{) 12 () 9291 ^ single number A0101 page 12 / A total of 23 pages M443203 [0043] [0049] [0049] [0049]
[0050] [0051] [0052] [0053] [0054] [0055][0055] [0055] [0055] [0055]
[0056] [0057] [0058] 21載體 22彈性體 23臂 24指部 25樁 26阻擋部 30轉軸 40基架 41第一導槽 42·第二導槽 43聯結部 50第一彈性器 51、 61 U定端 52、 62運動端 60第二彈性器 S間距 ΗΠ20929产單編號A0101 第13頁/共23頁 1012030076-0[0058] [0058] 21 carrier 22 elastic body 23 arm 24 finger 25 pile 26 blocking portion 30 rotating shaft 40 base frame 41 first guiding groove 42 · second guiding groove 43 coupling portion 50 first elastic device 51, 61 U fixed end 52, 62 moving end 60 second elastic S spacing ΗΠ 20929 production single number A0101 page 13 / total 23 page 1012030076-0