201018356 九、發明說明： I發明所屬之技術領域】 本發明係關於-種定位機構，特別是—種觸控筆的定位機構。 【先前技術】 目前科技的日異，半導體製程以每十八個月，其電路上 可容納的電晶體數目’即增加—倍之速度進步著 古 ❹ ❹ -倍。因此，在電子產品的發展上，也造就體積愈來愈二二 能性卻愈來愈強。 在電子產品_、薄、短、小的趨勢下，通f都只具備有最 基本的鍵盤，或甚至需要外接鍵盤才能提供指令輸入的功能。使 用者若是想要在較小的操作介面上，下達跟以往—樣的指令，盆 為困難。因此，廠商陸續發展出觸控式的方法來 簡化刼作屯令。到如今，在消費性電子產 式面板的應用。 則電子產存在著許多觸控 然而，若直接地以手指頭去觸控螢幕的話，相 Ζ，而在螢幕上留下指紋，造成躲畫面較為模糊。且糾尺 :二若是直接以手指觸控面板’容易造成操作上的誤判 性。因^在小尺寸的面板上，多半是採用觸控筆來操作。 當使用目置’Α多是在電子產品的#面或側邊。 部分都是直接將觸控筆插入收納槽，藉由法’大 控筆小，藉《卡住觸…二 槽_的管雜觸 方制鮮稍於_。制者取出的 接用手指按住觸控筆尾端之凸出物，再施力將觸控筆勾 201018356 出。但用手指勾住處控筆而取出的方式，容易發生者過度用 力，而導致觸控筆直接飛出去。此舉容練觸控筆筆端在地面磨 損而刮傷，當使用者再將觸控筆使用於面板操作時，同樣造 成觸控面絲面被·。甚至筆飛出去後，㈣失不見，使 用者只能再去購買一支新的觸控筆來替代。 另有習知之觸控筆收納的方法係採用彈力之方式取出觸控 ❹ 筆。當使时魏㈣，簡控筆按壓至容置_之推移元件， =控筆之前端扣環被-段以折彎成型之金屬線材所夾持，而觸控 筆尾端扣概復位元_姊，_鮮定懈容置槽時。當使 用者要取«，施力於復位元件使其與尾端扣環脫軸扣之關 ，、而使推移元件產生彈性回復力，反向將觸控筆彈出容置槽外， 2觸控筆浦金屬線材所夾持，使用者再施加外力將觸控筆抽 。然而，這種方式具有以下問題，當使用者施力將觸控筆按壓 至推移7〇件時，容易過度施力使觸控筆筆端頂到容置槽内壁而損 傷’且金屬線材亦容易長期使用後，其彈性變差，夹持觸控筆時 ，法與筆端扣環緊密結合，當驗筆彈㈣，會有鬆脫現^而造 成過渡彈出容置槽外，使用者需自行拾起觸控筆之問題存在。 【發明内容】 習用之觸控筆於取出時會產生觸控筆彈出收納槽的問題，如 =手指勾出的方式，容易因施力不當而造成觸控筆直接飛出容置 曰^以彈力之綠，觸控筆之筆端料與容置槽互相頂抵而造 貝壞’金屬線材長期使用後會產生彈性疲乏，當觸控筆受 彈出容置槽時，也會發生觸控筆直接彈出容置槽外的狀況。馨 6 201018356 ;、的問題’本發明提供—種具有保護觸控筆筆端及防止觸控 筆過度彈出收納槽之定位機構。 根據本發明所揭露之定位機構，應用於收納觸控筆，該觸控 筆兩端具有一第一扣環及一第二扣環，其包括有容置槽、推制件、 -卡fH牛各置槽具有一入口端及一夾置端，該觸控筆由該入口 j置入於該容置槽内，並具有—收納於該容置槽的收藏位置以及 -脫離該人π端—距離的預備位置。推制件透過—第—彈性件以 ❹可移動的關係設置於該入口端處。於該觸控筆位於該收藏位置， 該推制件適於歲扣或脫離該第—扣環。卡制件透過—第二彈性件 以可移__設置於做置端處。卡制件並具有—鉤扣臂，鉤 扣臂卡扣於該第二扣環’以限制該觸控筆由該收藏位置位移至該 預備位置。 /根據本發明所揭露之定位機構，其中第一彈性件受到壓縮 後’即推制件細控筆之間麟嵌扣的狀態，馳筆就受到第二 ❹彈性件產生的推移力量，連同卡制件一起在容置槽内滑動一段距 離’但觸控筆仍被卡制件鱗住，且此距離可以由卡制件與容置 槽互相產生之位移干涉所限制。如此，即可以有效地防止觸控筆 過度彈出谷置槽^需拾域不見之問題，大幅增加使用者的方便 性’並藉由筆套保護觸控筆之筆端，防止其損壞。 以上之關於本發明内容之說明及町之實施方式之說明係用 以示範與解釋本發明之精神與原理，並且提供本發明之專利申請 範圍更進一步之解釋。 【實施方式】 201018356 以下在實施方式中詳細敘述本發明之詳細特徵以及優點，其 内容足以使任何熟習相關技藝者了解本發明之技術内容並據以實 施，且根據本說明書所揭露之内容、申請專利範圍及圖式，任何 熟習相關技藝者可輕易地理解本發明相關之目的及優點。以下之 實施例係進一步詳細說明本發明之觀點，但非以任何觀點限制本 發明之範疇。 根據本發明所揭露之定位機構，係可應用於筆記型電腦 ❹（Notebook)、個人數位助理（pers〇nai Digital Assistant， PDA )、智慧型行動電話（pda phone、Smart phone )、口 袋型電腦（Pocket PC )、平版電腦（Tablet Personal201018356 IX. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION The present invention relates to a positioning mechanism, and more particularly to a positioning mechanism of a stylus. [Prior Art] At present, the technology is changing day by day, and the semiconductor process has an increase in the number of transistors that can be accommodated on the circuit every eight months. Therefore, in the development of electronic products, the volume is becoming more and more effective, but it is getting stronger and stronger. In the trend of electronic products _, thin, short, and small, the pass f has only the most basic keyboard, or even the need for an external keyboard to provide command input. If the user wants to give a command like the previous one on a small operation interface, the basin is difficult. As a result, manufacturers have developed touch-based methods to simplify the production of orders. Until now, in the application of consumer electronics production panels. There are a lot of touches in the electronic product. However, if you touch the screen directly with your finger, you can leave a fingerprint on the screen, which makes the hiding picture blurry. And the ruler: Second, if you touch the panel directly with your finger, it is easy to cause misjudgment in operation. Because on a small-sized panel, most of them use a stylus to operate. When using the target, most of them are on the #面 or side of the electronic product. Some of them are directly inserted into the storage slot by the stylus, and the small control pen is small by the law, and the tube is made to touch the two-slot. The picker takes the finger and presses the protrusion at the end of the stylus, and then applies the force to the stylus hook 201018356. However, the way in which the pen is hooked with the finger and the pen is taken out is prone to excessive force, and the stylus directly flies out. This allows the stylus pen to scratch and scratch on the ground. When the user uses the stylus for panel operation, it also creates a touch surface. Even after the pen flies out, (4) loses, the user can only buy a new stylus instead. Another method of stylus storage is to take out the touch stylus by means of elastic force. When the time Wei (four), the simple control pen is pressed to the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Hey, _ fresh and relaxed when setting the slot. When the user wants to take «, apply force to the reset element to close the off-axis buckle with the tail end buckle, and make the push element generate elastic restoring force, and the stylus pen is ejected out of the receiving slot in the opposite direction, 2 touch The metal wire of the pen is clamped, and the user applies an external force to pump the stylus. However, this method has the following problem. When the user applies a force to press the stylus to the 7-piece, it is easy to apply excessive force to cause the stylus pen tip to be damaged to the inner wall of the accommodating groove, and the metal wire is easy to be long-term. After use, its elasticity becomes worse. When the stylus is clamped, the method is tightly combined with the pen end buckle. When the pen (4) is inspected, it will loosen and the transition will pop out of the receiving groove. The user needs to pick it up. The problem with the stylus is there. SUMMARY OF THE INVENTION The conventional stylus pen has a problem that the stylus pops out of the storage slot when it is taken out. For example, if the finger is hooked out, it is easy to cause the stylus to fly directly out of the accommodating force due to improper force application. The green, the stylus pen end material and the receiving groove are mutually offset and the shell is broken. The metal wire will have elastic fatigue after long-term use. When the stylus is ejected into the receiving slot, the stylus will also pop up directly. The condition outside the tank.馨6 201018356;, the problem of the present invention provides a positioning mechanism for protecting the stylus pen end and preventing the stylus from over ejecting the storage slot. The positioning mechanism according to the present invention is applied to a stylus pen. The stylus has a first buckle and a second buckle at both ends, and includes a receiving groove, a pushing member, and a card fH Each of the slots has an inlet end and a clamping end. The stylus is placed in the accommodating slot by the inlet j, and has a storage position accommodated in the accommodating slot and - detached from the π end of the person. The preparatory location for the distance. The pusher is disposed at the inlet end in a movable relationship with the first elastic member. The stylus is located at the stowed position, and the pusher is adapted to buckle or disengage the first buckle. The card member is permeable to the second elastic member so as to be movable at the end. The clamping member has a hooking arm that is snapped onto the second buckle to limit displacement of the stylus from the stowed position to the preparatory position. / The positioning mechanism according to the present invention, wherein the first elastic member is subjected to compression, that is, the state in which the pusher is finely controlled, and the pen is subjected to the pushing force generated by the second elastic member, together with the card The parts are slid together in the accommodating groove for a distance 'but the stylus is still scaled by the squeegee, and this distance can be limited by the displacement interference generated by the card and the accommodating groove. In this way, the stylus can be effectively prevented from being over-popped, and the problem of missing the domain is greatly increased, and the convenience of the user is greatly increased, and the pen end of the stylus is protected by the pen holder to prevent damage. The above description of the present invention and the description of the embodiments of the present invention are intended to illustrate and explain the spirit and principles of the present invention and to provide further explanation of the scope of the patent application of the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed features and advantages of the present invention are described in detail in the following description of the embodiments of the present invention. The related objects and advantages of the present invention will be readily understood by those skilled in the art. The following examples are intended to further illustrate the present invention, but are not intended to limit the scope of the invention in any way. The positioning mechanism disclosed in the present invention can be applied to a notebook computer, a personal digital assistant (PDA), a smart mobile phone (pda phone, a smart phone), a pocket computer ( Pocket PC), Tablet PC (Tablet Personal)
Computer )、迷你行動型電腦（Ultra Mobile Personal Computer，UMPC )及掌上型遊戲機（Portable Vide〇 Game ) 等具有觸控筆以操作觸控面板之電子裝置。 請參閱「第卜2、3圖」，根據本發明所揭露之定位機構，其 _ 包括有容置槽20、推制件30、卡制件40。 容置槽20設置於筆記型電腦1〇之螢幕旋轉植轴下方機殼 處，觸控筆60則於使用者不需使用時，收納於容置槽2〇内部。 觸控筆60党到谷置槽20之限制’使得觸控筆⑼只能沿著容置槽 20之縱長方向上進行移動，而容置槽2〇係與筆記型電腦1〇之底 局σ卩機设所構成的空間來收納觸控筆6〇。推制件3〇設置於容 置槽20入口端之側緣，並固接於第一彈性件5〇。卡制件4〇設置 於容置槽20之夾置端處’並固接於第二彈性件51，滑動座44係 貼著/月動♦曰21移動’使卡制件4〇能夠平順地沿著容置槽2〇之縱 201018356 =向：:動而不會旋轉。其中，第-彈性件5。及第二彈性 體。係'騎黃，亦可為其他受到壓縮後能產生推移力向之彈性 筆係為本發明所揭露之定位機構 加外力從入口_〜 第4A圖」所示，當觸控筆60被施 之擠壓，帶時’卡體31受觸控筆60邊緣 一彈性件5〇ϋ 往第—彈性件5G之方向移動。同時，第 彈力位能。件3〇所顧’因此，第—彈性件5G開始儲存 離後如觸ί 」聯，#觸__置人容 2g 一段距 6i，#雜㈣ 中心位置時，係藉由導槽411導引凸柱 套二能夠被限位於容置槽2G之中心位置並收納於筆 Ο 避#盘1 π ί考「第5圖」）’筆套41可防止觸控筆60於收納時， 之棬厭/端直接接觸而損傷凸柱61。卡制件4G受到觸控筆60 置端_円t 考第3圖」）往容置槽20之夾 / 5日、’第二彈性件51也受到壓縮，開始逐漸儲存彈力 位能。 如第4(：圖」所示，當觸控筆6〇收納於容置槽如之收藏位 、鉤扣’ 43便與第二扣環63接觸，以夾持住觸控筆⑻。當 體31不再受到觸控筆6〇邊緣之擠屢時，第一彈性件㈣將被 _時所產生的彈力位能釋放絲，產生推移力量將推制件則主 控筆60之方向推移，使卡㈣卡扣於第一扣環似，讓觸控筆 201018356 使第二=== 進而限制第二彈性件51處於壓縮狀態， 外。 放彈力位能而將觸控筆60彈出容置槽2〇 請參閱「第 6A、6B、6e_ 於取出觸控筆之示_。如本發騎揭露之定位機構 於容置槽20之㈣位署主」所示’當觸控筆60收納 且推制L 第二扣環63係被夹持於釣扣臂43。 ㈣内 扣環62，以讓觸控筆60能夠固定於容置 :2。内。同時，使第二彈性元件”之彈力位能不被釋放，= 產生推移力量將觸控筆60彈出容置槽2〇外。 免 之施2 Γ圖」所777 ’當制動塊％受到往第—彈性件50方向 之施加外力時，帶動推制件3Q往第—彈性件5Q之方向移動= ^制7即與第—扣環62脫離卡扣之關係，使得第二 $時·存㈣力倾_糾來，產生轉力如推動卡制 0^「谷第置6=之^端移動，進而_控_產生移動。 接觸時’⑷人不’當卡制件4〇之限位座42與頂抵部22 、 私干涉’使得卡制件4〇無法再繼續往容置样20 之開口端㈣。此時’觸控筆6G處於容置㈣之預備曰 件51從被難到相轉干涉喊限做之過財，传ί 件4G機1距離。因此，觸控筆6G亦被彈出容 2〇夕Η又距離。然而，第二扣環幻仍然被夹持於釣扣臂4 付觸控筆60不會因制推移力量*整個彈出容置槽μ外。 將觸控筆6G整支取出使㈣，使时只需再施加外力抽出觸/筆 則吏得第二扣環63脫離釣扣臂43之夾持，即能取出觸控筆= 10 201018356 例中在體31係卡扣於第-扣環62，於其· 二广:可以為其他形式之結構，只要能夠被卡體 即7、而限制第一彈性件51處於壓縮狀態或產生推移力量 典根據本發明所揭露之定位機構，其功效在於當第一彈性件別 文到壓縮後，使得推制件30與第一 ❹Computers, Ultra Mobile Personal Computer (UMPC) and Portable Vide〇 Game, etc., have an stylus to operate the touch panel electronic device. Referring to "Ber 2, 3", the positioning mechanism according to the present invention includes a receiving groove 20, a pushing member 30, and a clamping member 40. The accommodating slot 20 is disposed at the lower casing of the screen rotating plant shaft of the notebook computer, and the stylus pen 60 is housed inside the accommodating groove 2 when the user does not need to use it. The stylus pen 60 to the valley slot 20 limits 'the stylus (9) can only move along the longitudinal direction of the accommodating slot 20, and the accommodating slot 2 is tied to the bottom of the notebook computer The space formed by the σ卩 machine accommodates the stylus 6〇. The pushing member 3 is disposed at a side edge of the inlet end of the receiving groove 20 and is fixed to the first elastic member 5''. The clamping member 4 is disposed at the clamping end of the accommodating groove 20 and is fixed to the second elastic member 51, and the sliding seat 44 is attached to the yoke 曰 21 to move the card member 4 平 smoothly. Longitudinal 201018356 along the accommodating groove 2 = direction:: move without rotating. Among them, the first elastic member 5. And a second elastomer. The system is 'riding yellow, and can also be used for the positioning mechanism of the invention disclosed by the elastic pen which can generate the pushing force after compression. The external force is from the inlet _~ 4A", when the stylus 60 is applied When the belt is pressed, the card body 31 is moved by the edge of the stylus 60, an elastic member 5, toward the first elastic member 5G. At the same time, the first elastic position can. Therefore, the first elastic member 5G starts to be stored as if it is touched, and the contact is controlled by the guide groove 411 when the distance is 6i, #杂(4). The boss sleeve 2 can be limited to the center of the accommodating groove 2G and stored in the pen Ο # 盘 盘 盘 「 「 「 第 第 第 第 第 第 第 第 第 第 第 第 ' ' ' ' ' 笔 笔 笔 笔 笔 笔 可 可 可 可 可 可 可 可 可 可The end is directly contacted to damage the stud 61. The clamping member 4G is subjected to the clamping of the stylus 60 _ 円t test 3" to the accommodating groove 20 / 5 days, and the second elastic member 51 is also compressed, and the elastic position energy is gradually stored. As shown in the fourth figure (Fig. 4), when the stylus pen 6 is received in the receiving slot, such as the storage position, the hook buckle 43 contacts the second buckle ring 63 to hold the stylus pen (8). 31 is no longer subject to the squeezing of the stylus 6 〇 edge, the first elastic member (four) will be released by the elastic force of the _ when the wire can release the force, the pushing force will push the direction of the main control pen 60, so that The card (4) is buckled on the first buckle, so that the stylus 201018356 makes the second === and then restricts the second elastic member 51 to be in a compressed state, and the elastic force can release the stylus 60 into the receiving slot 2 〇Please refer to “6A, 6B, 6e_ for removing the stylus _. If the positioning mechanism disclosed in the present disclosure is shown in (4) Owner of the accommodating slot 20”, when the stylus 60 is stored and pushed L The second buckle 63 is clamped to the fishing catch arm 43. (4) The inner buckle 62 is configured to enable the stylus pen 60 to be fixed in the accommodation: 2. At the same time, the elastic position of the second elastic member can be made Not released, = Generates the force to push the stylus 60 out of the accommodating slot 2 免. 免 2 Γ ” ” 777 'When the brake block % is applied to the direction of the elastic member 50 When the force is applied, the pushing member 3Q is moved to the direction of the first elastic member 5Q=^7 is the relationship with the first buckle 62 from the buckle, so that the second $hours and the remaining (four) force are tilted and corrected. The force pushes the card 0^"the valley is set to 6=the end of the movement, and then the control_generates the movement. When the contact is made, the (4) person does not 'the card holder 4's limit seat 42 and the top abutment 22, private The interference 'so that the card member 4 〇 can no longer continue to the open end of the sample 20 (4). At this time, the stylus pen 6G is in the accommodating (4) preparation element 51 from the difficult to the interfering interference to limit the money传 件 4G machine 1 distance. Therefore, the stylus 6G is also ejected 2 〇 Η Η 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 然而 然而 然而 然而 然而 然而 然而 然而 第二 第二 第二 第二 第二 第二 第二 第二 第二The pushing force* is completely removed from the entire accommodating groove. The stylus 6G is taken out in the whole (4), so that only the external force is extracted and the pen/pen is applied, so that the second buckle 63 is detached from the fishing buckle arm 43. , that is, the stylus can be taken out = 10 201018356 In the example, the body 31 is buckled on the first buckle 38, and it can be other forms of structure, as long as it can be the card body, ie, the first limit elasticity 51 in a compressed state or transition generates force in accordance with the positioning mechanism disclosed typical of the present invention, wherein its effectiveness after the first resilient member to compress paper respectively, such that the first pushing parts 30 ❹
G ；；；：rr6〇 p距離7卩22產纽軒涉，使觸轉6G凸岭㈣20外一 取==咖嗔撕_鉤扣臂似 過㈣—支筆60。如此，即可以有效地防止觸控筆6〇 又彈出谷置槽20而需拾起或不見之問題，大幅增加使用 更性雖並錄卡斷術_套4卜可防止凸㈣之損壞。 ^本發明以前述之實施例揭露如上，然其並非用以限定本 絡在不脫離本發明之精神和範圍内，所為之更動與潤飾，均 所附2=㈣縣顿界軸糊請參考 【圖式簡單說明】 第1圖係為本發明之位置示意圖； 苐2圖係為本發明之結構示意圖； 第3圖係為本發明之夾持示意圖； 第4A圖係為本發明之收納示意圖； 第4B圖係為本發明之收納示意圖； 201018356 第4C圖係為本發明之收納示意圖； 第5圖係為本發明之收納示意圖； 第6A圖係為本發明之取出示意圖； 第6B圖係為本發明之取出示意圖；以及 第6C圖係為本發明之取出示意圖。 【主要元件符號說明】 10 筆記型電腦 20 容置槽 21 滑動槽 22 頂抵部 30 推制件 31 卡體 32 制動塊 40 卡制件 41 筆套G ;;;: rr6〇 p distance 7卩22 production New Xuan involved, so that the touch 6G convex ridge (four) 20 outside one take == curry tear _ hook buckle arm like (four) - pen 60. In this way, it is possible to effectively prevent the stylus 6 〇 from popping up the valley slot 20 and pick up or disappear the problem, greatly increasing the use of the singularity, and recording the card _ _ 4 can prevent the damage of the convex (four). The invention is disclosed above in the foregoing embodiments, but it is not intended to limit the scope of the present invention, and the modifications and retouchings are attached. 2=(4) Counties of the county boundary please refer to [ BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of the position of the present invention; Fig. 2 is a schematic view of the structure of the present invention; Fig. 3 is a schematic view of the clamping of the present invention; and Fig. 4A is a schematic view of the storage of the present invention; 4B is a schematic view of the storage of the present invention; 201018356 is a schematic view of the storage of the present invention; FIG. 5 is a schematic view of the storage of the present invention; FIG. 6A is a schematic view of the removal of the present invention; The schematic diagram of the removal of the present invention; and the 6C diagram are schematic views of the removal of the present invention. [Description of main component symbols] 10 Notebook computer 20 accommodating slot 21 Sliding slot 22 Top abutment 30 Pusher 31 Card body 32 Brake block 40 Card member 41 Pen holder
411 導槽 42 限位座 43 鉤扣臂 44 滑動座 50 第一彈性件 51 第二彈性件 60 觸控筆 凸柱 12 61 201018356 62 第一扣環 63 第二扣環411 Guide groove 42 Limit seat 43 Hook arm 44 Slide seat 50 First elastic member 51 Second elastic member 60 Stylus pen Post 12 61 201018356 62 First buckle 63 Second buckle